diff --git a/ARTS_VERSION b/ARTS_VERSION index 338a5b5d8fec491b97978114dc35e36348fa56a7..e261122d5c4c25447453895b3bcf9b5054ace4a3 100644 --- a/ARTS_VERSION +++ b/ARTS_VERSION @@ -1 +1 @@ -2.6.6 +2.6.7 diff --git a/ChangeLog b/ChangeLog index 61b416e79b6c2777fbfceaf696ec53224d902725..5f2424decce5b158662a8483d8293d4f4fca8a74 100644 --- a/ChangeLog +++ b/ChangeLog @@ -1,3 +1,15 @@ +2024-09-19 Manfred Brath <manfred.brath@uni-hamburg.de> + + * ARTS-XML-DATA-2.6-7 + + * scattering/H2O_ice_full_spectrum, + scattering/H2O_liquid_full_spectrum, + scattering, README: + + Add folders with full spectrum scattering data + for liquid and frozen spheres and update corresponding + README. + 2024-07-02 Oliver Lemke <oliver.lemke@uni-hamburg.de> * ARTS-XML-DATA-2.6-6 diff --git a/scattering/H2O_ice_full_spectrum/MieSpheres_H2O_ice.meta.xml b/scattering/H2O_ice_full_spectrum/MieSpheres_H2O_ice.meta.xml new file mode 100644 index 0000000000000000000000000000000000000000..d6e92f7b15e8f5e9ade17ffc21760f1fa28423cf --- /dev/null +++ b/scattering/H2O_ice_full_spectrum/MieSpheres_H2O_ice.meta.xml @@ -0,0 +1,853 @@ +<?xml version="1.0"?> +<arts format="binary" version="1"> +<Array type="ArrayOfScatteringMetaData" nelem="1"> +<Array type="ScatteringMetaData" nelem="47"> +<ScatteringMetaData version="3"><String>"Spherical particle of liquid water generated using +miepython and python by Manfred Brath, 2024-09-11 +mean particle size:0.10000µm +Geometric mean of the scattering properties of 1 +uniformly distributed liquid water spheres between +0.1 um and 0.1 um"</String> +<String>"miepython 2.5.4: https://github.com/scottprahl/miepython/"</String> +<String>"Warren, S. G., and R. E. Brandt +Optical constants of ice from the ultraviolet to the microwave:A revised compilation.. +J. Geophys. Res., 113, D14220, doi:10.1029/2007JD009744. + +No temperature dependency. Nominal temperature: 266 K +"</String> +<Numeric></Numeric> +<Numeric></Numeric> +<Numeric></Numeric> +<Numeric></Numeric> +</ScatteringMetaData> +<ScatteringMetaData version="3"><String>"Spherical particle of liquid water generated using +miepython and python by Manfred Brath, 2024-09-11 +mean particle size:0.15000µm +Geometric mean of the scattering properties of 1 +uniformly distributed liquid water spheres between +0.15 um and 0.15 um"</String> +<String>"miepython 2.5.4: https://github.com/scottprahl/miepython/"</String> +<String>"Warren, S. G., and R. E. Brandt +Optical constants of ice from the ultraviolet to the microwave:A revised compilation.. +J. Geophys. Res., 113, D14220, doi:10.1029/2007JD009744. + +No temperature dependency. Nominal temperature: 266 K +"</String> +<Numeric></Numeric> +<Numeric></Numeric> +<Numeric></Numeric> +<Numeric></Numeric> +</ScatteringMetaData> +<ScatteringMetaData version="3"><String>"Spherical particle of liquid water generated using +miepython and python by Manfred Brath, 2024-09-11 +mean particle size:0.17500µm +Geometric mean of the scattering properties of 1 +uniformly distributed liquid water spheres between +0.17 um and 0.17 um"</String> +<String>"miepython 2.5.4: https://github.com/scottprahl/miepython/"</String> +<String>"Warren, S. G., and R. E. Brandt +Optical constants of ice from the ultraviolet to the microwave:A revised compilation.. +J. Geophys. Res., 113, D14220, doi:10.1029/2007JD009744. + +No temperature dependency. Nominal temperature: 266 K +"</String> +<Numeric></Numeric> +<Numeric></Numeric> +<Numeric></Numeric> +<Numeric></Numeric> +</ScatteringMetaData> +<ScatteringMetaData version="3"><String>"Spherical particle of liquid water generated using +miepython and python by Manfred Brath, 2024-09-11 +mean particle size:0.20000µm +Geometric mean of the scattering properties of 1 +uniformly distributed liquid water spheres between +0.2 um and 0.2 um"</String> +<String>"miepython 2.5.4: https://github.com/scottprahl/miepython/"</String> +<String>"Warren, S. G., and R. E. Brandt +Optical constants of ice from the ultraviolet to the microwave:A revised compilation.. +J. Geophys. Res., 113, D14220, doi:10.1029/2007JD009744. + +No temperature dependency. Nominal temperature: 266 K +"</String> +<Numeric></Numeric> +<Numeric></Numeric> +<Numeric></Numeric> +<Numeric></Numeric> +</ScatteringMetaData> +<ScatteringMetaData version="3"><String>"Spherical particle of liquid water generated using +miepython and python by Manfred Brath, 2024-09-11 +mean particle size:0.27500µm +Geometric mean of the scattering properties of 1 +uniformly distributed liquid water spheres between +0.28 um and 0.28 um"</String> +<String>"miepython 2.5.4: https://github.com/scottprahl/miepython/"</String> +<String>"Warren, S. G., and R. E. Brandt +Optical constants of ice from the ultraviolet to the microwave:A revised compilation.. +J. Geophys. Res., 113, D14220, doi:10.1029/2007JD009744. + +No temperature dependency. Nominal temperature: 266 K +"</String> +<Numeric></Numeric> +<Numeric></Numeric> +<Numeric></Numeric> +<Numeric></Numeric> +</ScatteringMetaData> +<ScatteringMetaData version="3"><String>"Spherical particle of liquid water generated using +miepython and python by Manfred Brath, 2024-09-11 +mean particle size:0.32500µm +Geometric mean of the scattering properties of 1 +uniformly distributed liquid water spheres between +0.32 um and 0.32 um"</String> +<String>"miepython 2.5.4: https://github.com/scottprahl/miepython/"</String> +<String>"Warren, S. G., and R. E. Brandt +Optical constants of ice from the ultraviolet to the microwave:A revised compilation.. +J. Geophys. Res., 113, D14220, doi:10.1029/2007JD009744. + +No temperature dependency. Nominal temperature: 266 K +"</String> +<Numeric></Numeric> +<Numeric></Numeric> +<Numeric></Numeric> +<Numeric></Numeric> +</ScatteringMetaData> +<ScatteringMetaData version="3"><String>"Spherical particle of liquid water generated using +miepython and python by Manfred Brath, 2024-09-11 +mean particle size:0.40000µm +Geometric mean of the scattering properties of 1 +uniformly distributed liquid water spheres between +0.4 um and 0.4 um"</String> +<String>"miepython 2.5.4: https://github.com/scottprahl/miepython/"</String> +<String>"Warren, S. G., and R. E. Brandt +Optical constants of ice from the ultraviolet to the microwave:A revised compilation.. +J. Geophys. Res., 113, D14220, doi:10.1029/2007JD009744. + +No temperature dependency. Nominal temperature: 266 K +"</String> +<Numeric></Numeric> +<Numeric></Numeric> +<Numeric></Numeric> +<Numeric></Numeric> +</ScatteringMetaData> +<ScatteringMetaData version="3"><String>"Spherical particle of liquid water generated using +miepython and python by Manfred Brath, 2024-09-11 +mean particle size:0.52500µm +Geometric mean of the scattering properties of 1 +uniformly distributed liquid water spheres between +0.52 um and 0.52 um"</String> +<String>"miepython 2.5.4: https://github.com/scottprahl/miepython/"</String> +<String>"Warren, S. G., and R. E. Brandt +Optical constants of ice from the ultraviolet to the microwave:A revised compilation.. +J. Geophys. Res., 113, D14220, doi:10.1029/2007JD009744. + +No temperature dependency. Nominal temperature: 266 K +"</String> +<Numeric></Numeric> +<Numeric></Numeric> +<Numeric></Numeric> +<Numeric></Numeric> +</ScatteringMetaData> +<ScatteringMetaData version="3"><String>"Spherical particle of liquid water generated using +miepython and python by Manfred Brath, 2024-09-11 +mean particle size:0.65000µm +Geometric mean of the scattering properties of 1 +uniformly distributed liquid water spheres between +0.65 um and 0.65 um"</String> +<String>"miepython 2.5.4: https://github.com/scottprahl/miepython/"</String> +<String>"Warren, S. G., and R. E. Brandt +Optical constants of ice from the ultraviolet to the microwave:A revised compilation.. +J. Geophys. Res., 113, D14220, doi:10.1029/2007JD009744. + +No temperature dependency. Nominal temperature: 266 K +"</String> +<Numeric></Numeric> +<Numeric></Numeric> +<Numeric></Numeric> +<Numeric></Numeric> +</ScatteringMetaData> +<ScatteringMetaData version="3"><String>"Spherical particle of liquid water generated using +miepython and python by Manfred Brath, 2024-09-11 +mean particle size:0.80000µm +Geometric mean of the scattering properties of 1 +uniformly distributed liquid water spheres between +0.8 um and 0.8 um"</String> +<String>"miepython 2.5.4: https://github.com/scottprahl/miepython/"</String> +<String>"Warren, S. G., and R. E. Brandt +Optical constants of ice from the ultraviolet to the microwave:A revised compilation.. +J. Geophys. Res., 113, D14220, doi:10.1029/2007JD009744. + +No temperature dependency. Nominal temperature: 266 K +"</String> +<Numeric></Numeric> +<Numeric></Numeric> +<Numeric></Numeric> +<Numeric></Numeric> +</ScatteringMetaData> +<ScatteringMetaData version="3"><String>"Spherical particle of liquid water generated using +miepython and python by Manfred Brath, 2024-09-11 +mean particle size:1.00000µm +Geometric mean of the scattering properties of 1 +uniformly distributed liquid water spheres between +1 um and 1 um"</String> +<String>"miepython 2.5.4: https://github.com/scottprahl/miepython/"</String> +<String>"Warren, S. G., and R. E. Brandt +Optical constants of ice from the ultraviolet to the microwave:A revised compilation.. +J. Geophys. Res., 113, D14220, doi:10.1029/2007JD009744. + +No temperature dependency. Nominal temperature: 266 K +"</String> +<Numeric></Numeric> +<Numeric></Numeric> +<Numeric></Numeric> +<Numeric></Numeric> +</ScatteringMetaData> +<ScatteringMetaData version="3"><String>"Spherical particle of liquid water generated using +miepython and python by Manfred Brath, 2024-09-11 +mean particle size:1.50000µm +Geometric mean of the scattering properties of 1 +uniformly distributed liquid water spheres between +1.5 um and 1.5 um"</String> +<String>"miepython 2.5.4: https://github.com/scottprahl/miepython/"</String> +<String>"Warren, S. G., and R. E. Brandt +Optical constants of ice from the ultraviolet to the microwave:A revised compilation.. +J. Geophys. Res., 113, D14220, doi:10.1029/2007JD009744. + +No temperature dependency. Nominal temperature: 266 K +"</String> +<Numeric></Numeric> +<Numeric></Numeric> +<Numeric></Numeric> +<Numeric></Numeric> +</ScatteringMetaData> +<ScatteringMetaData version="3"><String>"Spherical particle of liquid water generated using +miepython and python by Manfred Brath, 2024-09-11 +mean particle size:1.75000µm +Geometric mean of the scattering properties of 1 +uniformly distributed liquid water spheres between +1.8 um and 1.8 um"</String> +<String>"miepython 2.5.4: https://github.com/scottprahl/miepython/"</String> +<String>"Warren, S. G., and R. E. Brandt +Optical constants of ice from the ultraviolet to the microwave:A revised compilation.. +J. Geophys. Res., 113, D14220, doi:10.1029/2007JD009744. + +No temperature dependency. Nominal temperature: 266 K +"</String> +<Numeric></Numeric> +<Numeric></Numeric> +<Numeric></Numeric> +<Numeric></Numeric> +</ScatteringMetaData> +<ScatteringMetaData version="3"><String>"Spherical particle of liquid water generated using +miepython and python by Manfred Brath, 2024-09-11 +mean particle size:2.00000µm +Geometric mean of the scattering properties of 1 +uniformly distributed liquid water spheres between +2 um and 2 um"</String> +<String>"miepython 2.5.4: https://github.com/scottprahl/miepython/"</String> +<String>"Warren, S. G., and R. E. Brandt +Optical constants of ice from the ultraviolet to the microwave:A revised compilation.. +J. Geophys. Res., 113, D14220, doi:10.1029/2007JD009744. + +No temperature dependency. Nominal temperature: 266 K +"</String> +<Numeric></Numeric> +<Numeric></Numeric> +<Numeric></Numeric> +<Numeric></Numeric> +</ScatteringMetaData> +<ScatteringMetaData version="3"><String>"Spherical particle of liquid water generated using +miepython and python by Manfred Brath, 2024-09-11 +mean particle size:2.75000µm +Geometric mean of the scattering properties of 1 +uniformly distributed liquid water spheres between +2.8 um and 2.8 um"</String> +<String>"miepython 2.5.4: https://github.com/scottprahl/miepython/"</String> +<String>"Warren, S. G., and R. E. Brandt +Optical constants of ice from the ultraviolet to the microwave:A revised compilation.. +J. Geophys. Res., 113, D14220, doi:10.1029/2007JD009744. + +No temperature dependency. Nominal temperature: 266 K +"</String> +<Numeric></Numeric> +<Numeric></Numeric> +<Numeric></Numeric> +<Numeric></Numeric> +</ScatteringMetaData> +<ScatteringMetaData version="3"><String>"Spherical particle of liquid water generated using +miepython and python by Manfred Brath, 2024-09-11 +mean particle size:3.25000µm +Geometric mean of the scattering properties of 1 +uniformly distributed liquid water spheres between +3.2 um and 3.2 um"</String> +<String>"miepython 2.5.4: https://github.com/scottprahl/miepython/"</String> +<String>"Warren, S. G., and R. E. Brandt +Optical constants of ice from the ultraviolet to the microwave:A revised compilation.. +J. Geophys. Res., 113, D14220, doi:10.1029/2007JD009744. + +No temperature dependency. Nominal temperature: 266 K +"</String> +<Numeric></Numeric> +<Numeric></Numeric> +<Numeric></Numeric> +<Numeric></Numeric> +</ScatteringMetaData> +<ScatteringMetaData version="3"><String>"Spherical particle of liquid water generated using +miepython and python by Manfred Brath, 2024-09-11 +mean particle size:4.00000µm +Geometric mean of the scattering properties of 1 +uniformly distributed liquid water spheres between +4 um and 4 um"</String> +<String>"miepython 2.5.4: https://github.com/scottprahl/miepython/"</String> +<String>"Warren, S. G., and R. E. Brandt +Optical constants of ice from the ultraviolet to the microwave:A revised compilation.. +J. Geophys. Res., 113, D14220, doi:10.1029/2007JD009744. + +No temperature dependency. Nominal temperature: 266 K +"</String> +<Numeric></Numeric> +<Numeric></Numeric> +<Numeric></Numeric> +<Numeric></Numeric> +</ScatteringMetaData> +<ScatteringMetaData version="3"><String>"Spherical particle of liquid water generated using +miepython and python by Manfred Brath, 2024-09-11 +mean particle size:5.25000µm +Geometric mean of the scattering properties of 1 +uniformly distributed liquid water spheres between +5.2 um and 5.2 um"</String> +<String>"miepython 2.5.4: https://github.com/scottprahl/miepython/"</String> +<String>"Warren, S. G., and R. E. Brandt +Optical constants of ice from the ultraviolet to the microwave:A revised compilation.. +J. Geophys. Res., 113, D14220, doi:10.1029/2007JD009744. + +No temperature dependency. Nominal temperature: 266 K +"</String> +<Numeric></Numeric> +<Numeric></Numeric> +<Numeric></Numeric> +<Numeric></Numeric> +</ScatteringMetaData> +<ScatteringMetaData version="3"><String>"Spherical particle of liquid water generated using +miepython and python by Manfred Brath, 2024-09-11 +mean particle size:6.50000µm +Geometric mean of the scattering properties of 1 +uniformly distributed liquid water spheres between +6.5 um and 6.5 um"</String> +<String>"miepython 2.5.4: https://github.com/scottprahl/miepython/"</String> +<String>"Warren, S. G., and R. E. Brandt +Optical constants of ice from the ultraviolet to the microwave:A revised compilation.. +J. Geophys. Res., 113, D14220, doi:10.1029/2007JD009744. + +No temperature dependency. Nominal temperature: 266 K +"</String> +<Numeric></Numeric> +<Numeric></Numeric> +<Numeric></Numeric> +<Numeric></Numeric> +</ScatteringMetaData> +<ScatteringMetaData version="3"><String>"Spherical particle of liquid water generated using +miepython and python by Manfred Brath, 2024-09-11 +mean particle size:8.00000µm +Geometric mean of the scattering properties of 1 +uniformly distributed liquid water spheres between +8 um and 8 um"</String> +<String>"miepython 2.5.4: https://github.com/scottprahl/miepython/"</String> +<String>"Warren, S. G., and R. E. Brandt +Optical constants of ice from the ultraviolet to the microwave:A revised compilation.. +J. Geophys. Res., 113, D14220, doi:10.1029/2007JD009744. + +No temperature dependency. Nominal temperature: 266 K +"</String> +<Numeric></Numeric> +<Numeric></Numeric> +<Numeric></Numeric> +<Numeric></Numeric> +</ScatteringMetaData> +<ScatteringMetaData version="3"><String>"Spherical particle of liquid water generated using +miepython and python by Manfred Brath, 2024-09-11 +mean particle size:10.00000µm +Geometric mean of the scattering properties of 1 +uniformly distributed liquid water spheres between +10 um and 10 um"</String> +<String>"miepython 2.5.4: https://github.com/scottprahl/miepython/"</String> +<String>"Warren, S. G., and R. E. Brandt +Optical constants of ice from the ultraviolet to the microwave:A revised compilation.. +J. Geophys. Res., 113, D14220, doi:10.1029/2007JD009744. + +No temperature dependency. Nominal temperature: 266 K +"</String> +<Numeric></Numeric> +<Numeric></Numeric> +<Numeric></Numeric> +<Numeric></Numeric> +</ScatteringMetaData> +<ScatteringMetaData version="3"><String>"Spherical particle of liquid water generated using +miepython and python by Manfred Brath, 2024-09-11 +mean particle size:15.00000µm +Geometric mean of the scattering properties of 1 +uniformly distributed liquid water spheres between +15 um and 15 um"</String> +<String>"miepython 2.5.4: https://github.com/scottprahl/miepython/"</String> +<String>"Warren, S. G., and R. E. Brandt +Optical constants of ice from the ultraviolet to the microwave:A revised compilation.. +J. Geophys. Res., 113, D14220, doi:10.1029/2007JD009744. + +No temperature dependency. Nominal temperature: 266 K +"</String> +<Numeric></Numeric> +<Numeric></Numeric> +<Numeric></Numeric> +<Numeric></Numeric> +</ScatteringMetaData> +<ScatteringMetaData version="3"><String>"Spherical particle of liquid water generated using +miepython and python by Manfred Brath, 2024-09-11 +mean particle size:17.50000µm +Geometric mean of the scattering properties of 1 +uniformly distributed liquid water spheres between +18 um and 18 um"</String> +<String>"miepython 2.5.4: https://github.com/scottprahl/miepython/"</String> +<String>"Warren, S. G., and R. E. Brandt +Optical constants of ice from the ultraviolet to the microwave:A revised compilation.. +J. Geophys. Res., 113, D14220, doi:10.1029/2007JD009744. + +No temperature dependency. Nominal temperature: 266 K +"</String> +<Numeric></Numeric> +<Numeric></Numeric> +<Numeric></Numeric> +<Numeric></Numeric> +</ScatteringMetaData> +<ScatteringMetaData version="3"><String>"Spherical particle of liquid water generated using +miepython and python by Manfred Brath, 2024-09-11 +mean particle size:20.00000µm +Geometric mean of the scattering properties of 1 +uniformly distributed liquid water spheres between +20 um and 20 um"</String> +<String>"miepython 2.5.4: https://github.com/scottprahl/miepython/"</String> +<String>"Warren, S. G., and R. E. Brandt +Optical constants of ice from the ultraviolet to the microwave:A revised compilation.. +J. Geophys. Res., 113, D14220, doi:10.1029/2007JD009744. + +No temperature dependency. Nominal temperature: 266 K +"</String> +<Numeric></Numeric> +<Numeric></Numeric> +<Numeric></Numeric> +<Numeric></Numeric> +</ScatteringMetaData> +<ScatteringMetaData version="3"><String>"Spherical particle of liquid water generated using +miepython and python by Manfred Brath, 2024-09-11 +mean particle size:27.50000µm +Geometric mean of the scattering properties of 1 +uniformly distributed liquid water spheres between +28 um and 28 um"</String> +<String>"miepython 2.5.4: https://github.com/scottprahl/miepython/"</String> +<String>"Warren, S. G., and R. E. Brandt +Optical constants of ice from the ultraviolet to the microwave:A revised compilation.. +J. Geophys. Res., 113, D14220, doi:10.1029/2007JD009744. + +No temperature dependency. Nominal temperature: 266 K +"</String> +<Numeric></Numeric> +<Numeric></Numeric> +<Numeric></Numeric> +<Numeric></Numeric> +</ScatteringMetaData> +<ScatteringMetaData version="3"><String>"Spherical particle of liquid water generated using +miepython and python by Manfred Brath, 2024-09-11 +mean particle size:32.50000µm +Geometric mean of the scattering properties of 1 +uniformly distributed liquid water spheres between +33 um and 33 um"</String> +<String>"miepython 2.5.4: https://github.com/scottprahl/miepython/"</String> +<String>"Warren, S. G., and R. E. Brandt +Optical constants of ice from the ultraviolet to the microwave:A revised compilation.. +J. Geophys. Res., 113, D14220, doi:10.1029/2007JD009744. + +No temperature dependency. Nominal temperature: 266 K +"</String> +<Numeric></Numeric> +<Numeric></Numeric> +<Numeric></Numeric> +<Numeric></Numeric> +</ScatteringMetaData> +<ScatteringMetaData version="3"><String>"Spherical particle of liquid water generated using +miepython and python by Manfred Brath, 2024-09-11 +mean particle size:40.00000µm +Geometric mean of the scattering properties of 1 +uniformly distributed liquid water spheres between +40 um and 40 um"</String> +<String>"miepython 2.5.4: https://github.com/scottprahl/miepython/"</String> +<String>"Warren, S. G., and R. E. Brandt +Optical constants of ice from the ultraviolet to the microwave:A revised compilation.. +J. Geophys. Res., 113, D14220, doi:10.1029/2007JD009744. + +No temperature dependency. Nominal temperature: 266 K +"</String> +<Numeric></Numeric> +<Numeric></Numeric> +<Numeric></Numeric> +<Numeric></Numeric> +</ScatteringMetaData> +<ScatteringMetaData version="3"><String>"Spherical particle of liquid water generated using +miepython and python by Manfred Brath, 2024-09-11 +mean particle size:52.50000µm +Geometric mean of the scattering properties of 1 +uniformly distributed liquid water spheres between +52 um and 52 um"</String> +<String>"miepython 2.5.4: https://github.com/scottprahl/miepython/"</String> +<String>"Warren, S. G., and R. E. Brandt +Optical constants of ice from the ultraviolet to the microwave:A revised compilation.. +J. Geophys. Res., 113, D14220, doi:10.1029/2007JD009744. + +No temperature dependency. Nominal temperature: 266 K +"</String> +<Numeric></Numeric> +<Numeric></Numeric> +<Numeric></Numeric> +<Numeric></Numeric> +</ScatteringMetaData> +<ScatteringMetaData version="3"><String>"Spherical particle of liquid water generated using +miepython and python by Manfred Brath, 2024-09-11 +mean particle size:65.00000µm +Geometric mean of the scattering properties of 1 +uniformly distributed liquid water spheres between +65 um and 65 um"</String> +<String>"miepython 2.5.4: https://github.com/scottprahl/miepython/"</String> +<String>"Warren, S. G., and R. E. Brandt +Optical constants of ice from the ultraviolet to the microwave:A revised compilation.. +J. Geophys. Res., 113, D14220, doi:10.1029/2007JD009744. + +No temperature dependency. Nominal temperature: 266 K +"</String> +<Numeric></Numeric> +<Numeric></Numeric> +<Numeric></Numeric> +<Numeric></Numeric> +</ScatteringMetaData> +<ScatteringMetaData version="3"><String>"Spherical particle of liquid water generated using +miepython and python by Manfred Brath, 2024-09-11 +mean particle size:80.00000µm +Geometric mean of the scattering properties of 1 +uniformly distributed liquid water spheres between +80 um and 80 um"</String> +<String>"miepython 2.5.4: https://github.com/scottprahl/miepython/"</String> +<String>"Warren, S. G., and R. E. Brandt +Optical constants of ice from the ultraviolet to the microwave:A revised compilation.. +J. Geophys. Res., 113, D14220, doi:10.1029/2007JD009744. + +No temperature dependency. Nominal temperature: 266 K +"</String> +<Numeric></Numeric> +<Numeric></Numeric> +<Numeric></Numeric> +<Numeric></Numeric> +</ScatteringMetaData> +<ScatteringMetaData version="3"><String>"Spherical particle of liquid water generated using +miepython and python by Manfred Brath, 2024-09-11 +mean particle size:100.00000µm +Geometric mean of the scattering properties of 1 +uniformly distributed liquid water spheres between +1e+02 um and 1e+02 um"</String> +<String>"miepython 2.5.4: https://github.com/scottprahl/miepython/"</String> +<String>"Warren, S. G., and R. E. Brandt +Optical constants of ice from the ultraviolet to the microwave:A revised compilation.. +J. Geophys. Res., 113, D14220, doi:10.1029/2007JD009744. + +No temperature dependency. Nominal temperature: 266 K +"</String> +<Numeric></Numeric> +<Numeric></Numeric> +<Numeric></Numeric> +<Numeric></Numeric> +</ScatteringMetaData> +<ScatteringMetaData version="3"><String>"Spherical particle of liquid water generated using +miepython and python by Manfred Brath, 2024-09-11 +mean particle size:150.00000µm +Geometric mean of the scattering properties of 1 +uniformly distributed liquid water spheres between +1.5e+02 um and 1.5e+02 um"</String> +<String>"miepython 2.5.4: https://github.com/scottprahl/miepython/"</String> +<String>"Warren, S. G., and R. E. Brandt +Optical constants of ice from the ultraviolet to the microwave:A revised compilation.. +J. Geophys. Res., 113, D14220, doi:10.1029/2007JD009744. + +No temperature dependency. Nominal temperature: 266 K +"</String> +<Numeric></Numeric> +<Numeric></Numeric> +<Numeric></Numeric> +<Numeric></Numeric> +</ScatteringMetaData> +<ScatteringMetaData version="3"><String>"Spherical particle of liquid water generated using +miepython and python by Manfred Brath, 2024-09-11 +mean particle size:175.00000µm +Geometric mean of the scattering properties of 1 +uniformly distributed liquid water spheres between +1.8e+02 um and 1.8e+02 um"</String> +<String>"miepython 2.5.4: https://github.com/scottprahl/miepython/"</String> +<String>"Warren, S. G., and R. E. Brandt +Optical constants of ice from the ultraviolet to the microwave:A revised compilation.. +J. Geophys. Res., 113, D14220, doi:10.1029/2007JD009744. + +No temperature dependency. Nominal temperature: 266 K +"</String> +<Numeric></Numeric> +<Numeric></Numeric> +<Numeric></Numeric> +<Numeric></Numeric> +</ScatteringMetaData> +<ScatteringMetaData version="3"><String>"Spherical particle of liquid water generated using +miepython and python by Manfred Brath, 2024-09-11 +mean particle size:200.00000µm +Geometric mean of the scattering properties of 1 +uniformly distributed liquid water spheres between +2e+02 um and 2e+02 um"</String> +<String>"miepython 2.5.4: https://github.com/scottprahl/miepython/"</String> +<String>"Warren, S. G., and R. E. Brandt +Optical constants of ice from the ultraviolet to the microwave:A revised compilation.. +J. Geophys. Res., 113, D14220, doi:10.1029/2007JD009744. + +No temperature dependency. Nominal temperature: 266 K +"</String> +<Numeric></Numeric> +<Numeric></Numeric> +<Numeric></Numeric> +<Numeric></Numeric> +</ScatteringMetaData> +<ScatteringMetaData version="3"><String>"Spherical particle of liquid water generated using +miepython and python by Manfred Brath, 2024-09-11 +mean particle size:275.00000µm +Geometric mean of the scattering properties of 1 +uniformly distributed liquid water spheres between +2.8e+02 um and 2.8e+02 um"</String> +<String>"miepython 2.5.4: https://github.com/scottprahl/miepython/"</String> +<String>"Warren, S. G., and R. E. Brandt +Optical constants of ice from the ultraviolet to the microwave:A revised compilation.. +J. Geophys. Res., 113, D14220, doi:10.1029/2007JD009744. + +No temperature dependency. Nominal temperature: 266 K +"</String> +<Numeric></Numeric> +<Numeric></Numeric> +<Numeric></Numeric> +<Numeric></Numeric> +</ScatteringMetaData> +<ScatteringMetaData version="3"><String>"Spherical particle of liquid water generated using +miepython and python by Manfred Brath, 2024-09-11 +mean particle size:325.00000µm +Geometric mean of the scattering properties of 1 +uniformly distributed liquid water spheres between +3.3e+02 um and 3.3e+02 um"</String> +<String>"miepython 2.5.4: https://github.com/scottprahl/miepython/"</String> +<String>"Warren, S. G., and R. E. Brandt +Optical constants of ice from the ultraviolet to the microwave:A revised compilation.. +J. Geophys. Res., 113, D14220, doi:10.1029/2007JD009744. + +No temperature dependency. Nominal temperature: 266 K +"</String> +<Numeric></Numeric> +<Numeric></Numeric> +<Numeric></Numeric> +<Numeric></Numeric> +</ScatteringMetaData> +<ScatteringMetaData version="3"><String>"Spherical particle of liquid water generated using +miepython and python by Manfred Brath, 2024-09-11 +mean particle size:400.00000µm +Geometric mean of the scattering properties of 1 +uniformly distributed liquid water spheres between +4e+02 um and 4e+02 um"</String> +<String>"miepython 2.5.4: https://github.com/scottprahl/miepython/"</String> +<String>"Warren, S. G., and R. E. Brandt +Optical constants of ice from the ultraviolet to the microwave:A revised compilation.. +J. Geophys. Res., 113, D14220, doi:10.1029/2007JD009744. + +No temperature dependency. Nominal temperature: 266 K +"</String> +<Numeric></Numeric> +<Numeric></Numeric> +<Numeric></Numeric> +<Numeric></Numeric> +</ScatteringMetaData> +<ScatteringMetaData version="3"><String>"Spherical particle of liquid water generated using +miepython and python by Manfred Brath, 2024-09-11 +mean particle size:525.00000µm +Geometric mean of the scattering properties of 1 +uniformly distributed liquid water spheres between +5.3e+02 um and 5.3e+02 um"</String> +<String>"miepython 2.5.4: https://github.com/scottprahl/miepython/"</String> +<String>"Warren, S. G., and R. E. Brandt +Optical constants of ice from the ultraviolet to the microwave:A revised compilation.. +J. Geophys. Res., 113, D14220, doi:10.1029/2007JD009744. + +No temperature dependency. 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Nominal temperature: 266 K +"</String> +<Numeric></Numeric> +<Numeric></Numeric> +<Numeric></Numeric> +<Numeric></Numeric> +</ScatteringMetaData> +<ScatteringMetaData version="3"><String>"Spherical particle of liquid water generated using +miepython and python by Manfred Brath, 2024-09-11 +mean particle size:2750.00000µm +Geometric mean of the scattering properties of 1 +uniformly distributed liquid water spheres between +2.8e+03 um and 2.8e+03 um"</String> +<String>"miepython 2.5.4: https://github.com/scottprahl/miepython/"</String> +<String>"Warren, S. G., and R. E. Brandt +Optical constants of ice from the ultraviolet to the microwave:A revised compilation.. +J. Geophys. Res., 113, D14220, doi:10.1029/2007JD009744. + +No temperature dependency. Nominal temperature: 266 K +"</String> +<Numeric></Numeric> +<Numeric></Numeric> +<Numeric></Numeric> +<Numeric></Numeric> +</ScatteringMetaData> +<ScatteringMetaData version="3"><String>"Spherical particle of liquid water generated using +miepython and python by Manfred Brath, 2024-09-11 +mean particle size:3250.00000µm +Geometric mean of the scattering properties of 1 +uniformly distributed liquid water spheres between +3.3e+03 um and 3.3e+03 um"</String> +<String>"miepython 2.5.4: https://github.com/scottprahl/miepython/"</String> +<String>"Warren, S. G., and R. E. Brandt +Optical constants of ice from the ultraviolet to the microwave:A revised compilation.. +J. Geophys. Res., 113, D14220, doi:10.1029/2007JD009744. + +No temperature dependency. 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+<String>"Spherical particle of liquid water generated using +miepython and python by Manfred Brath, 2024-09-11 +mean particle size:0.20000µm +Geometric mean of the scattering properties of 1 +uniformly distributed liquid water spheres between +0.2 um and 0.2 um"</String> +<Vector nelem="121"> +</Vector> +<Vector nelem="1"> +</Vector> +<Vector nelem="721"> +</Vector> +<Vector nelem="0"> +</Vector> +<Tensor7 nlibraries="121" nvitrines="1" nshelves="721" nbooks="1" npages="1" nrows="1" ncols="6"> +</Tensor7> +<Tensor5 nshelves="121" nbooks="1" npages="1" nrows="1" ncols="1"> +</Tensor5> +<Tensor5 nshelves="121" nbooks="1" npages="1" nrows="1" ncols="1"> +</Tensor5> +</SingleScatteringData> +<SingleScatteringData version="3"> +<String>"totally_random"</String> +<String>"Spherical particle of liquid water generated using +miepython and python by Manfred Brath, 2024-09-11 +mean particle size:0.27500µm +Geometric mean of the scattering properties of 1 +uniformly distributed liquid water 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size:0.65000µm +Geometric mean of the scattering properties of 1 +uniformly distributed liquid water spheres between +0.65 um and 0.65 um"</String> +<Vector nelem="121"> +</Vector> +<Vector nelem="1"> +</Vector> +<Vector nelem="721"> +</Vector> +<Vector nelem="0"> +</Vector> +<Tensor7 nlibraries="121" nvitrines="1" nshelves="721" nbooks="1" npages="1" nrows="1" ncols="6"> +</Tensor7> +<Tensor5 nshelves="121" nbooks="1" npages="1" nrows="1" ncols="1"> +</Tensor5> +<Tensor5 nshelves="121" nbooks="1" npages="1" nrows="1" ncols="1"> +</Tensor5> +</SingleScatteringData> +<SingleScatteringData version="3"> +<String>"totally_random"</String> +<String>"Spherical particle of liquid water generated using +miepython and python by Manfred Brath, 2024-09-11 +mean particle size:0.80000µm +Geometric mean of the scattering properties of 1 +uniformly distributed liquid water spheres between +0.8 um and 0.8 um"</String> +<Vector nelem="121"> +</Vector> +<Vector nelem="1"> +</Vector> +<Vector nelem="721"> +</Vector> +<Vector nelem="0"> +</Vector> +<Tensor7 nlibraries="121" nvitrines="1" nshelves="721" nbooks="1" npages="1" nrows="1" ncols="6"> +</Tensor7> +<Tensor5 nshelves="121" nbooks="1" npages="1" nrows="1" ncols="1"> +</Tensor5> +<Tensor5 nshelves="121" nbooks="1" npages="1" nrows="1" ncols="1"> +</Tensor5> +</SingleScatteringData> +<SingleScatteringData version="3"> +<String>"totally_random"</String> +<String>"Spherical particle of liquid water generated using +miepython and python by Manfred Brath, 2024-09-11 +mean particle size:1.00000µm +Geometric mean of the scattering properties of 1 +uniformly distributed liquid water spheres between +1 um and 1 um"</String> +<Vector nelem="121"> +</Vector> +<Vector nelem="1"> +</Vector> +<Vector nelem="721"> +</Vector> +<Vector nelem="0"> +</Vector> +<Tensor7 nlibraries="121" nvitrines="1" nshelves="721" nbooks="1" npages="1" nrows="1" ncols="6"> +</Tensor7> +<Tensor5 nshelves="121" nbooks="1" npages="1" nrows="1" ncols="1"> +</Tensor5> +<Tensor5 nshelves="121" nbooks="1" npages="1" nrows="1" ncols="1"> +</Tensor5> +</SingleScatteringData> +<SingleScatteringData version="3"> +<String>"totally_random"</String> +<String>"Spherical particle of liquid water generated using +miepython and python by Manfred Brath, 2024-09-11 +mean particle size:1.50000µm +Geometric mean of the scattering properties of 1 +uniformly distributed liquid water spheres between +1.5 um and 1.5 um"</String> +<Vector nelem="121"> +</Vector> +<Vector nelem="1"> +</Vector> +<Vector nelem="721"> +</Vector> +<Vector nelem="0"> +</Vector> +<Tensor7 nlibraries="121" nvitrines="1" nshelves="721" nbooks="1" npages="1" nrows="1" ncols="6"> +</Tensor7> +<Tensor5 nshelves="121" nbooks="1" npages="1" nrows="1" ncols="1"> +</Tensor5> +<Tensor5 nshelves="121" nbooks="1" npages="1" nrows="1" ncols="1"> +</Tensor5> +</SingleScatteringData> +<SingleScatteringData version="3"> +<String>"totally_random"</String> +<String>"Spherical particle of liquid water generated using +miepython and python by Manfred Brath, 2024-09-11 +mean particle size:1.75000µm +Geometric mean of the scattering properties of 1 +uniformly distributed liquid water spheres between +1.8 um and 1.8 um"</String> +<Vector nelem="121"> +</Vector> +<Vector nelem="1"> +</Vector> +<Vector nelem="721"> +</Vector> +<Vector nelem="0"> +</Vector> +<Tensor7 nlibraries="121" nvitrines="1" nshelves="721" nbooks="1" npages="1" nrows="1" ncols="6"> +</Tensor7> +<Tensor5 nshelves="121" nbooks="1" npages="1" nrows="1" ncols="1"> +</Tensor5> +<Tensor5 nshelves="121" nbooks="1" npages="1" nrows="1" ncols="1"> +</Tensor5> +</SingleScatteringData> +<SingleScatteringData version="3"> +<String>"totally_random"</String> +<String>"Spherical particle of liquid water generated using +miepython and python by Manfred Brath, 2024-09-11 +mean particle size:2.00000µm +Geometric mean of the scattering properties of 1 +uniformly distributed liquid water spheres between +2 um and 2 um"</String> +<Vector nelem="121"> +</Vector> +<Vector nelem="1"> +</Vector> +<Vector nelem="721"> +</Vector> +<Vector nelem="0"> +</Vector> +<Tensor7 nlibraries="121" nvitrines="1" nshelves="721" nbooks="1" npages="1" nrows="1" ncols="6"> +</Tensor7> +<Tensor5 nshelves="121" nbooks="1" npages="1" nrows="1" ncols="1"> +</Tensor5> +<Tensor5 nshelves="121" nbooks="1" npages="1" nrows="1" ncols="1"> +</Tensor5> +</SingleScatteringData> +<SingleScatteringData version="3"> +<String>"totally_random"</String> +<String>"Spherical particle of liquid water generated using +miepython and python by Manfred Brath, 2024-09-11 +mean particle size:2.75000µm +Geometric mean of the scattering properties of 1 +uniformly distributed liquid water spheres between +2.8 um and 2.8 um"</String> +<Vector nelem="121"> +</Vector> +<Vector nelem="1"> +</Vector> +<Vector nelem="721"> +</Vector> +<Vector nelem="0"> +</Vector> +<Tensor7 nlibraries="121" nvitrines="1" nshelves="721" nbooks="1" npages="1" nrows="1" ncols="6"> +</Tensor7> +<Tensor5 nshelves="121" nbooks="1" npages="1" nrows="1" ncols="1"> +</Tensor5> +<Tensor5 nshelves="121" nbooks="1" npages="1" nrows="1" ncols="1"> +</Tensor5> +</SingleScatteringData> +<SingleScatteringData version="3"> +<String>"totally_random"</String> +<String>"Spherical particle of liquid water generated using +miepython and python by Manfred Brath, 2024-09-11 +mean particle size:3.25000µm +Geometric mean of the scattering properties of 1 +uniformly distributed liquid water spheres between +3.2 um and 3.2 um"</String> +<Vector nelem="121"> +</Vector> +<Vector nelem="1"> +</Vector> +<Vector nelem="721"> +</Vector> +<Vector nelem="0"> +</Vector> +<Tensor7 nlibraries="121" nvitrines="1" nshelves="721" nbooks="1" npages="1" nrows="1" ncols="6"> +</Tensor7> +<Tensor5 nshelves="121" nbooks="1" npages="1" nrows="1" ncols="1"> +</Tensor5> +<Tensor5 nshelves="121" nbooks="1" npages="1" nrows="1" ncols="1"> +</Tensor5> +</SingleScatteringData> +<SingleScatteringData version="3"> +<String>"totally_random"</String> +<String>"Spherical particle of liquid water generated using +miepython and python by Manfred Brath, 2024-09-11 +mean particle size:4.00000µm +Geometric mean of the scattering properties of 1 +uniformly distributed liquid water spheres between +4 um and 4 um"</String> +<Vector nelem="121"> +</Vector> +<Vector nelem="1"> +</Vector> +<Vector nelem="721"> +</Vector> +<Vector nelem="0"> +</Vector> +<Tensor7 nlibraries="121" nvitrines="1" nshelves="721" nbooks="1" npages="1" nrows="1" ncols="6"> +</Tensor7> +<Tensor5 nshelves="121" nbooks="1" npages="1" nrows="1" ncols="1"> +</Tensor5> +<Tensor5 nshelves="121" nbooks="1" npages="1" nrows="1" ncols="1"> +</Tensor5> +</SingleScatteringData> +<SingleScatteringData version="3"> +<String>"totally_random"</String> +<String>"Spherical particle of liquid water generated using +miepython and python by Manfred Brath, 2024-09-11 +mean particle size:5.25000µm +Geometric mean of the scattering properties of 1 +uniformly distributed liquid water spheres between +5.2 um and 5.2 um"</String> +<Vector nelem="121"> +</Vector> +<Vector nelem="1"> +</Vector> +<Vector nelem="721"> +</Vector> +<Vector nelem="0"> +</Vector> +<Tensor7 nlibraries="121" nvitrines="1" nshelves="721" nbooks="1" npages="1" nrows="1" ncols="6"> +</Tensor7> +<Tensor5 nshelves="121" nbooks="1" npages="1" nrows="1" ncols="1"> +</Tensor5> +<Tensor5 nshelves="121" nbooks="1" npages="1" nrows="1" ncols="1"> +</Tensor5> +</SingleScatteringData> +<SingleScatteringData version="3"> +<String>"totally_random"</String> +<String>"Spherical particle of liquid water generated using +miepython and python by Manfred Brath, 2024-09-11 +mean particle size:6.50000µm +Geometric mean of the scattering properties of 1 +uniformly distributed liquid water spheres between +6.5 um and 6.5 um"</String> +<Vector nelem="121"> +</Vector> +<Vector nelem="1"> +</Vector> +<Vector nelem="721"> +</Vector> +<Vector nelem="0"> +</Vector> +<Tensor7 nlibraries="121" nvitrines="1" nshelves="721" nbooks="1" npages="1" nrows="1" ncols="6"> +</Tensor7> +<Tensor5 nshelves="121" nbooks="1" npages="1" nrows="1" ncols="1"> +</Tensor5> +<Tensor5 nshelves="121" nbooks="1" npages="1" nrows="1" ncols="1"> +</Tensor5> +</SingleScatteringData> +<SingleScatteringData version="3"> +<String>"totally_random"</String> +<String>"Spherical particle of liquid water generated using +miepython and python by Manfred Brath, 2024-09-11 +mean particle size:8.00000µm +Geometric mean of the scattering properties of 1 +uniformly distributed liquid water spheres between +8 um and 8 um"</String> +<Vector nelem="121"> +</Vector> +<Vector nelem="1"> +</Vector> +<Vector nelem="721"> +</Vector> +<Vector nelem="0"> +</Vector> +<Tensor7 nlibraries="121" nvitrines="1" nshelves="721" nbooks="1" npages="1" nrows="1" ncols="6"> +</Tensor7> +<Tensor5 nshelves="121" nbooks="1" npages="1" nrows="1" ncols="1"> +</Tensor5> +<Tensor5 nshelves="121" nbooks="1" npages="1" nrows="1" ncols="1"> +</Tensor5> +</SingleScatteringData> +<SingleScatteringData version="3"> +<String>"totally_random"</String> +<String>"Spherical particle of liquid water generated using +miepython and python by Manfred Brath, 2024-09-11 +mean particle size:10.00000µm +Geometric mean of the scattering properties of 1 +uniformly distributed liquid water spheres between +10 um and 10 um"</String> +<Vector nelem="121"> +</Vector> +<Vector nelem="1"> +</Vector> +<Vector nelem="721"> +</Vector> +<Vector nelem="0"> +</Vector> +<Tensor7 nlibraries="121" nvitrines="1" nshelves="721" nbooks="1" npages="1" nrows="1" ncols="6"> +</Tensor7> +<Tensor5 nshelves="121" nbooks="1" npages="1" nrows="1" ncols="1"> +</Tensor5> +<Tensor5 nshelves="121" nbooks="1" npages="1" nrows="1" ncols="1"> +</Tensor5> +</SingleScatteringData> +<SingleScatteringData version="3"> +<String>"totally_random"</String> +<String>"Spherical particle of liquid water generated using +miepython and python by Manfred Brath, 2024-09-11 +mean particle size:15.00000µm +Geometric mean of the scattering properties of 1 +uniformly distributed liquid water spheres between +15 um and 15 um"</String> +<Vector nelem="121"> +</Vector> +<Vector nelem="1"> +</Vector> +<Vector nelem="721"> +</Vector> +<Vector nelem="0"> +</Vector> +<Tensor7 nlibraries="121" nvitrines="1" nshelves="721" nbooks="1" npages="1" nrows="1" ncols="6"> +</Tensor7> +<Tensor5 nshelves="121" nbooks="1" npages="1" nrows="1" ncols="1"> +</Tensor5> +<Tensor5 nshelves="121" nbooks="1" npages="1" nrows="1" ncols="1"> +</Tensor5> +</SingleScatteringData> +<SingleScatteringData version="3"> +<String>"totally_random"</String> +<String>"Spherical particle of liquid water generated using +miepython and python by Manfred Brath, 2024-09-11 +mean particle size:17.50000µm +Geometric mean of the scattering properties of 1 +uniformly distributed liquid water spheres between +18 um and 18 um"</String> +<Vector nelem="121"> +</Vector> +<Vector nelem="1"> +</Vector> +<Vector nelem="721"> +</Vector> +<Vector nelem="0"> +</Vector> +<Tensor7 nlibraries="121" nvitrines="1" nshelves="721" nbooks="1" npages="1" nrows="1" ncols="6"> +</Tensor7> +<Tensor5 nshelves="121" nbooks="1" npages="1" nrows="1" ncols="1"> +</Tensor5> +<Tensor5 nshelves="121" nbooks="1" npages="1" nrows="1" ncols="1"> +</Tensor5> +</SingleScatteringData> +<SingleScatteringData version="3"> +<String>"totally_random"</String> +<String>"Spherical particle of liquid water generated using +miepython and python by Manfred Brath, 2024-09-11 +mean particle size:20.00000µm +Geometric mean of the scattering properties of 1 +uniformly distributed liquid water spheres between +20 um and 20 um"</String> +<Vector nelem="121"> +</Vector> +<Vector nelem="1"> +</Vector> +<Vector nelem="721"> +</Vector> +<Vector nelem="0"> +</Vector> +<Tensor7 nlibraries="121" nvitrines="1" nshelves="721" nbooks="1" npages="1" nrows="1" ncols="6"> +</Tensor7> +<Tensor5 nshelves="121" nbooks="1" npages="1" nrows="1" ncols="1"> +</Tensor5> +<Tensor5 nshelves="121" nbooks="1" npages="1" nrows="1" ncols="1"> +</Tensor5> +</SingleScatteringData> +<SingleScatteringData version="3"> +<String>"totally_random"</String> +<String>"Spherical particle of liquid water generated using +miepython and python by Manfred Brath, 2024-09-11 +mean particle size:27.50000µm +Geometric mean of the scattering properties of 1 +uniformly distributed liquid water spheres between +28 um and 28 um"</String> +<Vector nelem="121"> +</Vector> +<Vector nelem="1"> +</Vector> +<Vector nelem="721"> +</Vector> +<Vector nelem="0"> +</Vector> +<Tensor7 nlibraries="121" nvitrines="1" nshelves="721" nbooks="1" npages="1" nrows="1" ncols="6"> +</Tensor7> +<Tensor5 nshelves="121" nbooks="1" npages="1" nrows="1" ncols="1"> +</Tensor5> +<Tensor5 nshelves="121" nbooks="1" npages="1" nrows="1" ncols="1"> +</Tensor5> +</SingleScatteringData> +<SingleScatteringData version="3"> +<String>"totally_random"</String> +<String>"Spherical particle of liquid water generated using +miepython and python by Manfred Brath, 2024-09-11 +mean particle size:32.50000µm +Geometric mean of the scattering properties of 1 +uniformly distributed liquid water spheres between +33 um and 33 um"</String> +<Vector nelem="121"> +</Vector> +<Vector nelem="1"> +</Vector> +<Vector nelem="721"> +</Vector> +<Vector nelem="0"> +</Vector> +<Tensor7 nlibraries="121" nvitrines="1" nshelves="721" nbooks="1" npages="1" nrows="1" ncols="6"> +</Tensor7> +<Tensor5 nshelves="121" nbooks="1" npages="1" nrows="1" ncols="1"> +</Tensor5> +<Tensor5 nshelves="121" nbooks="1" npages="1" nrows="1" ncols="1"> +</Tensor5> +</SingleScatteringData> +<SingleScatteringData version="3"> +<String>"totally_random"</String> +<String>"Spherical particle of liquid water generated using +miepython and python by Manfred Brath, 2024-09-11 +mean particle size:40.00000µm +Geometric mean of the scattering properties of 1 +uniformly distributed liquid water spheres between +40 um and 40 um"</String> +<Vector nelem="121"> +</Vector> +<Vector nelem="1"> +</Vector> +<Vector nelem="721"> +</Vector> +<Vector nelem="0"> +</Vector> +<Tensor7 nlibraries="121" nvitrines="1" nshelves="721" nbooks="1" npages="1" nrows="1" ncols="6"> +</Tensor7> +<Tensor5 nshelves="121" nbooks="1" npages="1" nrows="1" ncols="1"> +</Tensor5> +<Tensor5 nshelves="121" nbooks="1" npages="1" nrows="1" ncols="1"> +</Tensor5> +</SingleScatteringData> +<SingleScatteringData version="3"> +<String>"totally_random"</String> +<String>"Spherical particle of liquid water generated using +miepython and python by Manfred Brath, 2024-09-11 +mean particle size:52.50000µm +Geometric mean of the scattering properties of 1 +uniformly distributed liquid water spheres between +52 um and 52 um"</String> +<Vector nelem="121"> +</Vector> +<Vector nelem="1"> +</Vector> +<Vector nelem="721"> +</Vector> +<Vector nelem="0"> +</Vector> +<Tensor7 nlibraries="121" nvitrines="1" nshelves="721" nbooks="1" npages="1" nrows="1" ncols="6"> +</Tensor7> +<Tensor5 nshelves="121" nbooks="1" npages="1" nrows="1" ncols="1"> +</Tensor5> +<Tensor5 nshelves="121" nbooks="1" npages="1" nrows="1" ncols="1"> +</Tensor5> +</SingleScatteringData> +<SingleScatteringData version="3"> +<String>"totally_random"</String> +<String>"Spherical particle of liquid water generated using +miepython and python by Manfred Brath, 2024-09-11 +mean particle size:65.00000µm +Geometric mean of the scattering properties of 1 +uniformly distributed liquid water spheres between +65 um and 65 um"</String> +<Vector nelem="121"> +</Vector> +<Vector nelem="1"> +</Vector> +<Vector nelem="721"> +</Vector> +<Vector nelem="0"> +</Vector> +<Tensor7 nlibraries="121" nvitrines="1" nshelves="721" nbooks="1" npages="1" nrows="1" ncols="6"> +</Tensor7> +<Tensor5 nshelves="121" nbooks="1" npages="1" nrows="1" ncols="1"> +</Tensor5> +<Tensor5 nshelves="121" nbooks="1" npages="1" nrows="1" ncols="1"> +</Tensor5> +</SingleScatteringData> +<SingleScatteringData version="3"> +<String>"totally_random"</String> +<String>"Spherical particle of liquid water generated using +miepython and python by Manfred Brath, 2024-09-11 +mean particle size:80.00000µm +Geometric mean of the scattering properties of 1 +uniformly distributed liquid water spheres between +80 um and 80 um"</String> +<Vector nelem="121"> +</Vector> +<Vector nelem="1"> +</Vector> +<Vector nelem="721"> +</Vector> +<Vector nelem="0"> +</Vector> +<Tensor7 nlibraries="121" nvitrines="1" nshelves="721" nbooks="1" npages="1" nrows="1" ncols="6"> +</Tensor7> +<Tensor5 nshelves="121" nbooks="1" npages="1" nrows="1" ncols="1"> +</Tensor5> +<Tensor5 nshelves="121" nbooks="1" npages="1" nrows="1" ncols="1"> +</Tensor5> +</SingleScatteringData> +<SingleScatteringData version="3"> +<String>"totally_random"</String> +<String>"Spherical particle of liquid water generated using +miepython and python by Manfred Brath, 2024-09-11 +mean particle size:100.00000µm +Geometric mean of the scattering properties of 1 +uniformly distributed liquid water spheres between +1e+02 um and 1e+02 um"</String> +<Vector nelem="121"> +</Vector> +<Vector nelem="1"> +</Vector> +<Vector nelem="721"> +</Vector> +<Vector nelem="0"> +</Vector> +<Tensor7 nlibraries="121" nvitrines="1" nshelves="721" nbooks="1" npages="1" nrows="1" ncols="6"> +</Tensor7> +<Tensor5 nshelves="121" nbooks="1" npages="1" nrows="1" ncols="1"> +</Tensor5> +<Tensor5 nshelves="121" nbooks="1" npages="1" nrows="1" ncols="1"> +</Tensor5> +</SingleScatteringData> +<SingleScatteringData version="3"> +<String>"totally_random"</String> +<String>"Spherical particle of liquid water generated using +miepython and python by Manfred Brath, 2024-09-11 +mean particle size:150.00000µm +Geometric mean of the scattering properties of 1 +uniformly distributed liquid water spheres between +1.5e+02 um and 1.5e+02 um"</String> +<Vector nelem="121"> +</Vector> +<Vector nelem="1"> +</Vector> +<Vector nelem="721"> +</Vector> +<Vector nelem="0"> +</Vector> +<Tensor7 nlibraries="121" nvitrines="1" nshelves="721" nbooks="1" npages="1" nrows="1" ncols="6"> +</Tensor7> +<Tensor5 nshelves="121" nbooks="1" npages="1" nrows="1" ncols="1"> +</Tensor5> +<Tensor5 nshelves="121" nbooks="1" npages="1" nrows="1" ncols="1"> +</Tensor5> +</SingleScatteringData> +<SingleScatteringData version="3"> +<String>"totally_random"</String> +<String>"Spherical particle of liquid water generated using +miepython and python by Manfred Brath, 2024-09-11 +mean particle size:175.00000µm +Geometric mean of the scattering properties of 1 +uniformly distributed liquid water spheres between +1.8e+02 um and 1.8e+02 um"</String> +<Vector nelem="121"> +</Vector> +<Vector nelem="1"> +</Vector> +<Vector nelem="721"> +</Vector> +<Vector nelem="0"> +</Vector> +<Tensor7 nlibraries="121" nvitrines="1" nshelves="721" nbooks="1" npages="1" nrows="1" ncols="6"> +</Tensor7> +<Tensor5 nshelves="121" nbooks="1" npages="1" nrows="1" ncols="1"> +</Tensor5> +<Tensor5 nshelves="121" nbooks="1" npages="1" nrows="1" ncols="1"> +</Tensor5> +</SingleScatteringData> +<SingleScatteringData version="3"> +<String>"totally_random"</String> +<String>"Spherical particle of liquid water generated using +miepython and python by Manfred Brath, 2024-09-11 +mean particle size:200.00000µm +Geometric mean of the scattering properties of 1 +uniformly distributed liquid water spheres between +2e+02 um and 2e+02 um"</String> +<Vector nelem="121"> +</Vector> +<Vector nelem="1"> +</Vector> +<Vector nelem="721"> +</Vector> +<Vector nelem="0"> +</Vector> +<Tensor7 nlibraries="121" nvitrines="1" nshelves="721" nbooks="1" npages="1" nrows="1" ncols="6"> +</Tensor7> +<Tensor5 nshelves="121" nbooks="1" npages="1" nrows="1" ncols="1"> +</Tensor5> +<Tensor5 nshelves="121" nbooks="1" npages="1" nrows="1" ncols="1"> +</Tensor5> +</SingleScatteringData> +<SingleScatteringData version="3"> +<String>"totally_random"</String> +<String>"Spherical particle of liquid water generated using +miepython and python by Manfred Brath, 2024-09-11 +mean particle size:275.00000µm +Geometric mean of the scattering properties of 1 +uniformly distributed liquid water spheres between +2.8e+02 um and 2.8e+02 um"</String> +<Vector nelem="121"> +</Vector> +<Vector nelem="1"> +</Vector> +<Vector nelem="721"> +</Vector> +<Vector nelem="0"> +</Vector> +<Tensor7 nlibraries="121" nvitrines="1" nshelves="721" nbooks="1" npages="1" nrows="1" ncols="6"> +</Tensor7> +<Tensor5 nshelves="121" nbooks="1" npages="1" nrows="1" ncols="1"> +</Tensor5> +<Tensor5 nshelves="121" nbooks="1" npages="1" nrows="1" ncols="1"> +</Tensor5> +</SingleScatteringData> +<SingleScatteringData version="3"> +<String>"totally_random"</String> +<String>"Spherical particle of liquid water generated using +miepython and python by Manfred Brath, 2024-09-11 +mean particle size:325.00000µm +Geometric mean of the scattering properties of 1 +uniformly distributed liquid water spheres between +3.3e+02 um and 3.3e+02 um"</String> +<Vector nelem="121"> +</Vector> +<Vector nelem="1"> +</Vector> +<Vector nelem="721"> +</Vector> +<Vector nelem="0"> +</Vector> +<Tensor7 nlibraries="121" nvitrines="1" nshelves="721" nbooks="1" npages="1" nrows="1" ncols="6"> +</Tensor7> +<Tensor5 nshelves="121" nbooks="1" npages="1" nrows="1" ncols="1"> +</Tensor5> +<Tensor5 nshelves="121" nbooks="1" npages="1" nrows="1" ncols="1"> +</Tensor5> +</SingleScatteringData> +<SingleScatteringData version="3"> +<String>"totally_random"</String> +<String>"Spherical particle of liquid water generated using +miepython and python by Manfred Brath, 2024-09-11 +mean particle size:400.00000µm +Geometric mean of the scattering properties of 1 +uniformly distributed liquid water spheres between +4e+02 um and 4e+02 um"</String> +<Vector nelem="121"> +</Vector> +<Vector nelem="1"> +</Vector> +<Vector nelem="721"> +</Vector> +<Vector nelem="0"> +</Vector> +<Tensor7 nlibraries="121" nvitrines="1" nshelves="721" nbooks="1" npages="1" nrows="1" ncols="6"> +</Tensor7> +<Tensor5 nshelves="121" nbooks="1" npages="1" nrows="1" ncols="1"> +</Tensor5> +<Tensor5 nshelves="121" nbooks="1" npages="1" nrows="1" ncols="1"> +</Tensor5> +</SingleScatteringData> +<SingleScatteringData version="3"> +<String>"totally_random"</String> +<String>"Spherical particle of liquid water generated using +miepython and python by Manfred Brath, 2024-09-11 +mean particle size:525.00000µm +Geometric mean of the scattering properties of 1 +uniformly distributed liquid water spheres between +5.3e+02 um and 5.3e+02 um"</String> +<Vector nelem="121"> +</Vector> +<Vector nelem="1"> +</Vector> +<Vector nelem="721"> +</Vector> +<Vector nelem="0"> +</Vector> +<Tensor7 nlibraries="121" nvitrines="1" nshelves="721" nbooks="1" npages="1" nrows="1" ncols="6"> +</Tensor7> +<Tensor5 nshelves="121" nbooks="1" npages="1" nrows="1" ncols="1"> +</Tensor5> +<Tensor5 nshelves="121" nbooks="1" npages="1" nrows="1" ncols="1"> +</Tensor5> +</SingleScatteringData> +<SingleScatteringData version="3"> +<String>"totally_random"</String> +<String>"Spherical particle of liquid water generated using +miepython and python by Manfred Brath, 2024-09-11 +mean particle size:650.00000µm +Geometric mean of the scattering properties of 1 +uniformly distributed liquid water spheres between +6.5e+02 um and 6.5e+02 um"</String> +<Vector nelem="121"> +</Vector> +<Vector nelem="1"> +</Vector> +<Vector nelem="721"> +</Vector> +<Vector nelem="0"> +</Vector> +<Tensor7 nlibraries="121" nvitrines="1" nshelves="721" nbooks="1" npages="1" nrows="1" ncols="6"> +</Tensor7> +<Tensor5 nshelves="121" nbooks="1" npages="1" nrows="1" ncols="1"> +</Tensor5> +<Tensor5 nshelves="121" nbooks="1" npages="1" nrows="1" ncols="1"> +</Tensor5> +</SingleScatteringData> +<SingleScatteringData version="3"> +<String>"totally_random"</String> +<String>"Spherical particle of liquid water generated using +miepython and python by Manfred Brath, 2024-09-11 +mean particle size:800.00000µm +Geometric mean of the scattering properties of 1 +uniformly distributed liquid water spheres between +8e+02 um and 8e+02 um"</String> +<Vector nelem="121"> +</Vector> +<Vector nelem="1"> +</Vector> +<Vector nelem="721"> +</Vector> +<Vector nelem="0"> +</Vector> +<Tensor7 nlibraries="121" nvitrines="1" nshelves="721" nbooks="1" npages="1" nrows="1" ncols="6"> +</Tensor7> +<Tensor5 nshelves="121" nbooks="1" npages="1" nrows="1" ncols="1"> +</Tensor5> +<Tensor5 nshelves="121" nbooks="1" npages="1" nrows="1" ncols="1"> +</Tensor5> +</SingleScatteringData> +<SingleScatteringData version="3"> +<String>"totally_random"</String> +<String>"Spherical particle of liquid water generated using +miepython and python by Manfred Brath, 2024-09-11 +mean particle size:1000.00000µm +Geometric mean of the scattering properties of 1 +uniformly distributed liquid water spheres between +1e+03 um and 1e+03 um"</String> +<Vector nelem="121"> +</Vector> +<Vector nelem="1"> +</Vector> +<Vector nelem="721"> +</Vector> +<Vector nelem="0"> +</Vector> +<Tensor7 nlibraries="121" nvitrines="1" nshelves="721" nbooks="1" npages="1" nrows="1" ncols="6"> +</Tensor7> +<Tensor5 nshelves="121" nbooks="1" npages="1" nrows="1" ncols="1"> +</Tensor5> +<Tensor5 nshelves="121" nbooks="1" npages="1" nrows="1" ncols="1"> +</Tensor5> +</SingleScatteringData> +<SingleScatteringData version="3"> +<String>"totally_random"</String> +<String>"Spherical particle of liquid water generated using +miepython and python by Manfred Brath, 2024-09-11 +mean particle size:1500.00000µm +Geometric mean of the scattering properties of 1 +uniformly distributed liquid water spheres between +1.5e+03 um and 1.5e+03 um"</String> +<Vector nelem="121"> +</Vector> +<Vector nelem="1"> +</Vector> +<Vector nelem="721"> +</Vector> +<Vector nelem="0"> +</Vector> +<Tensor7 nlibraries="121" nvitrines="1" nshelves="721" nbooks="1" npages="1" nrows="1" ncols="6"> +</Tensor7> +<Tensor5 nshelves="121" nbooks="1" npages="1" nrows="1" ncols="1"> +</Tensor5> +<Tensor5 nshelves="121" nbooks="1" npages="1" nrows="1" ncols="1"> +</Tensor5> +</SingleScatteringData> +<SingleScatteringData version="3"> +<String>"totally_random"</String> +<String>"Spherical particle of liquid water generated using +miepython and python by Manfred Brath, 2024-09-11 +mean particle size:1750.00000µm +Geometric mean of the scattering properties of 1 +uniformly distributed liquid water spheres between +1.8e+03 um and 1.8e+03 um"</String> +<Vector nelem="121"> +</Vector> +<Vector nelem="1"> +</Vector> +<Vector nelem="721"> +</Vector> +<Vector nelem="0"> +</Vector> +<Tensor7 nlibraries="121" nvitrines="1" nshelves="721" nbooks="1" npages="1" nrows="1" ncols="6"> +</Tensor7> +<Tensor5 nshelves="121" nbooks="1" npages="1" nrows="1" ncols="1"> +</Tensor5> +<Tensor5 nshelves="121" nbooks="1" npages="1" nrows="1" ncols="1"> +</Tensor5> +</SingleScatteringData> +<SingleScatteringData version="3"> +<String>"totally_random"</String> +<String>"Spherical particle of liquid water generated using +miepython and python by Manfred Brath, 2024-09-11 +mean particle size:2000.00000µm +Geometric mean of the scattering properties of 1 +uniformly distributed liquid water spheres between +2e+03 um and 2e+03 um"</String> +<Vector nelem="121"> +</Vector> +<Vector nelem="1"> +</Vector> +<Vector nelem="721"> +</Vector> +<Vector nelem="0"> +</Vector> +<Tensor7 nlibraries="121" nvitrines="1" nshelves="721" nbooks="1" npages="1" nrows="1" ncols="6"> +</Tensor7> +<Tensor5 nshelves="121" nbooks="1" npages="1" nrows="1" ncols="1"> +</Tensor5> +<Tensor5 nshelves="121" nbooks="1" npages="1" nrows="1" ncols="1"> +</Tensor5> +</SingleScatteringData> +<SingleScatteringData version="3"> +<String>"totally_random"</String> +<String>"Spherical particle of liquid water generated using +miepython and python by Manfred Brath, 2024-09-11 +mean particle size:2750.00000µm +Geometric mean of the scattering properties of 1 +uniformly distributed liquid water spheres between +2.8e+03 um and 2.8e+03 um"</String> +<Vector nelem="121"> +</Vector> +<Vector nelem="1"> +</Vector> +<Vector nelem="721"> +</Vector> +<Vector nelem="0"> +</Vector> +<Tensor7 nlibraries="121" nvitrines="1" nshelves="721" nbooks="1" npages="1" nrows="1" ncols="6"> +</Tensor7> +<Tensor5 nshelves="121" nbooks="1" npages="1" nrows="1" ncols="1"> +</Tensor5> +<Tensor5 nshelves="121" nbooks="1" npages="1" nrows="1" ncols="1"> +</Tensor5> +</SingleScatteringData> +<SingleScatteringData version="3"> +<String>"totally_random"</String> +<String>"Spherical particle of liquid water generated using +miepython and python by Manfred Brath, 2024-09-11 +mean particle size:3250.00000µm +Geometric mean of the scattering properties of 1 +uniformly distributed liquid water spheres between +3.3e+03 um and 3.3e+03 um"</String> +<Vector nelem="121"> +</Vector> +<Vector nelem="1"> +</Vector> +<Vector nelem="721"> +</Vector> +<Vector nelem="0"> +</Vector> +<Tensor7 nlibraries="121" nvitrines="1" nshelves="721" nbooks="1" npages="1" nrows="1" ncols="6"> +</Tensor7> +<Tensor5 nshelves="121" nbooks="1" npages="1" nrows="1" ncols="1"> +</Tensor5> +<Tensor5 nshelves="121" nbooks="1" npages="1" nrows="1" ncols="1"> +</Tensor5> +</SingleScatteringData> +<SingleScatteringData version="3"> +<String>"totally_random"</String> +<String>"Spherical particle of liquid water generated using +miepython and python by Manfred Brath, 2024-09-11 +mean particle size:4000.00000µm +Geometric mean of the scattering properties of 1 +uniformly distributed liquid water spheres between +4e+03 um and 4e+03 um"</String> +<Vector nelem="121"> +</Vector> +<Vector nelem="1"> +</Vector> +<Vector nelem="721"> +</Vector> +<Vector nelem="0"> +</Vector> +<Tensor7 nlibraries="121" nvitrines="1" nshelves="721" nbooks="1" npages="1" nrows="1" ncols="6"> +</Tensor7> +<Tensor5 nshelves="121" nbooks="1" npages="1" nrows="1" ncols="1"> +</Tensor5> +<Tensor5 nshelves="121" nbooks="1" npages="1" nrows="1" ncols="1"> +</Tensor5> +</SingleScatteringData> +</Array> +</Array> +</arts> diff --git a/scattering/H2O_ice_full_spectrum/MieSpheres_H2O_ice.xml.bin b/scattering/H2O_ice_full_spectrum/MieSpheres_H2O_ice.xml.bin new file mode 100644 index 0000000000000000000000000000000000000000..ee1c6149eb5b96a2f9e2d3c82fba8957846228de Binary files /dev/null and b/scattering/H2O_ice_full_spectrum/MieSpheres_H2O_ice.xml.bin differ diff --git a/scattering/H2O_liquid_full_spectrum/MieSpheres_H2O_liquid.meta.xml b/scattering/H2O_liquid_full_spectrum/MieSpheres_H2O_liquid.meta.xml new file mode 100644 index 0000000000000000000000000000000000000000..a80412568648e82eb5b79ead9a0d32d4bd55f55a --- /dev/null +++ b/scattering/H2O_liquid_full_spectrum/MieSpheres_H2O_liquid.meta.xml @@ -0,0 +1,900 @@ +<?xml version="1.0"?> +<arts format="binary" version="1"> +<Array type="ArrayOfScatteringMetaData" nelem="1"> +<Array type="ScatteringMetaData" nelem="47"> +<ScatteringMetaData version="3"><String>"Spherical particle of liquid water generated using +miepython and python by Manfred Brath, 2024-09-11 +mean particle size:0.10000µm +Geometric mean of the scattering properties of 1 +uniformly distributed liquid water spheres between +0.1 um and 0.1 um"</String> +<String>"miepython 2.5.4: https://github.com/scottprahl/miepython/"</String> +<String>"Segelstein, David J. +The complex refractive index of water / by David J. Segelstein. 1981. +ix, 167 leaves : ill. ; 29 cm. +Thesis (M.S.)--Department of Physics. University of +Missouri-Kansas City, 1981. + +"</String> +<Numeric></Numeric> +<Numeric></Numeric> +<Numeric></Numeric> +<Numeric></Numeric> +</ScatteringMetaData> +<ScatteringMetaData version="3"><String>"Spherical particle of liquid water generated using +miepython and python by Manfred Brath, 2024-09-11 +mean particle size:0.15000µm +Geometric mean of the scattering properties of 1 +uniformly distributed liquid water spheres between +0.15 um and 0.15 um"</String> +<String>"miepython 2.5.4: https://github.com/scottprahl/miepython/"</String> +<String>"Segelstein, David J. +The complex refractive index of water / by David J. Segelstein. 1981. +ix, 167 leaves : ill. ; 29 cm. +Thesis (M.S.)--Department of Physics. University of +Missouri-Kansas City, 1981. + +"</String> +<Numeric></Numeric> +<Numeric></Numeric> +<Numeric></Numeric> +<Numeric></Numeric> +</ScatteringMetaData> +<ScatteringMetaData version="3"><String>"Spherical particle of liquid water generated using +miepython and python by Manfred Brath, 2024-09-11 +mean particle size:0.17500µm +Geometric mean of the scattering properties of 1 +uniformly distributed liquid water spheres between +0.17 um and 0.17 um"</String> +<String>"miepython 2.5.4: https://github.com/scottprahl/miepython/"</String> +<String>"Segelstein, David J. +The complex refractive index of water / by David J. Segelstein. 1981. +ix, 167 leaves : ill. ; 29 cm. +Thesis (M.S.)--Department of Physics. University of +Missouri-Kansas City, 1981. + +"</String> +<Numeric></Numeric> +<Numeric></Numeric> +<Numeric></Numeric> +<Numeric></Numeric> +</ScatteringMetaData> +<ScatteringMetaData version="3"><String>"Spherical particle of liquid water generated using +miepython and python by Manfred Brath, 2024-09-11 +mean particle size:0.20000µm +Geometric mean of the scattering properties of 1 +uniformly distributed liquid water spheres between +0.2 um and 0.2 um"</String> +<String>"miepython 2.5.4: https://github.com/scottprahl/miepython/"</String> +<String>"Segelstein, David J. +The complex refractive index of water / by David J. Segelstein. 1981. +ix, 167 leaves : ill. ; 29 cm. +Thesis (M.S.)--Department of Physics. University of +Missouri-Kansas City, 1981. + +"</String> +<Numeric></Numeric> +<Numeric></Numeric> +<Numeric></Numeric> +<Numeric></Numeric> +</ScatteringMetaData> +<ScatteringMetaData version="3"><String>"Spherical particle of liquid water generated using +miepython and python by Manfred Brath, 2024-09-11 +mean particle size:0.27500µm +Geometric mean of the scattering properties of 1 +uniformly distributed liquid water spheres between +0.28 um and 0.28 um"</String> +<String>"miepython 2.5.4: https://github.com/scottprahl/miepython/"</String> +<String>"Segelstein, David J. +The complex refractive index of water / by David J. Segelstein. 1981. +ix, 167 leaves : ill. ; 29 cm. +Thesis (M.S.)--Department of Physics. University of +Missouri-Kansas City, 1981. + +"</String> +<Numeric></Numeric> +<Numeric></Numeric> +<Numeric></Numeric> +<Numeric></Numeric> +</ScatteringMetaData> +<ScatteringMetaData version="3"><String>"Spherical particle of liquid water generated using +miepython and python by Manfred Brath, 2024-09-11 +mean particle size:0.32500µm +Geometric mean of the scattering properties of 1 +uniformly distributed liquid water spheres between +0.32 um and 0.32 um"</String> +<String>"miepython 2.5.4: https://github.com/scottprahl/miepython/"</String> +<String>"Segelstein, David J. +The complex refractive index of water / by David J. Segelstein. 1981. +ix, 167 leaves : ill. ; 29 cm. +Thesis (M.S.)--Department of Physics. University of +Missouri-Kansas City, 1981. + +"</String> +<Numeric></Numeric> +<Numeric></Numeric> +<Numeric></Numeric> +<Numeric></Numeric> +</ScatteringMetaData> +<ScatteringMetaData version="3"><String>"Spherical particle of liquid water generated using +miepython and python by Manfred Brath, 2024-09-11 +mean particle size:0.40000µm +Geometric mean of the scattering properties of 1 +uniformly distributed liquid water spheres between +0.4 um and 0.4 um"</String> +<String>"miepython 2.5.4: https://github.com/scottprahl/miepython/"</String> +<String>"Segelstein, David J. +The complex refractive index of water / by David J. Segelstein. 1981. +ix, 167 leaves : ill. ; 29 cm. +Thesis (M.S.)--Department of Physics. University of +Missouri-Kansas City, 1981. + +"</String> +<Numeric></Numeric> +<Numeric></Numeric> +<Numeric></Numeric> +<Numeric></Numeric> +</ScatteringMetaData> +<ScatteringMetaData version="3"><String>"Spherical particle of liquid water generated using +miepython and python by Manfred Brath, 2024-09-11 +mean particle size:0.52500µm +Geometric mean of the scattering properties of 1 +uniformly distributed liquid water spheres between +0.52 um and 0.52 um"</String> +<String>"miepython 2.5.4: https://github.com/scottprahl/miepython/"</String> +<String>"Segelstein, David J. +The complex refractive index of water / by David J. Segelstein. 1981. +ix, 167 leaves : ill. ; 29 cm. +Thesis (M.S.)--Department of Physics. University of +Missouri-Kansas City, 1981. + +"</String> +<Numeric></Numeric> +<Numeric></Numeric> +<Numeric></Numeric> +<Numeric></Numeric> +</ScatteringMetaData> +<ScatteringMetaData version="3"><String>"Spherical particle of liquid water generated using +miepython and python by Manfred Brath, 2024-09-11 +mean particle size:0.65000µm +Geometric mean of the scattering properties of 1 +uniformly distributed liquid water spheres between +0.65 um and 0.65 um"</String> +<String>"miepython 2.5.4: https://github.com/scottprahl/miepython/"</String> +<String>"Segelstein, David J. +The complex refractive index of water / by David J. Segelstein. 1981. +ix, 167 leaves : ill. ; 29 cm. +Thesis (M.S.)--Department of Physics. University of +Missouri-Kansas City, 1981. + +"</String> +<Numeric></Numeric> +<Numeric></Numeric> +<Numeric></Numeric> +<Numeric></Numeric> +</ScatteringMetaData> +<ScatteringMetaData version="3"><String>"Spherical particle of liquid water generated using +miepython and python by Manfred Brath, 2024-09-11 +mean particle size:0.80000µm +Geometric mean of the scattering properties of 1 +uniformly distributed liquid water spheres between +0.8 um and 0.8 um"</String> +<String>"miepython 2.5.4: https://github.com/scottprahl/miepython/"</String> +<String>"Segelstein, David J. +The complex refractive index of water / by David J. Segelstein. 1981. +ix, 167 leaves : ill. ; 29 cm. +Thesis (M.S.)--Department of Physics. University of +Missouri-Kansas City, 1981. + +"</String> +<Numeric></Numeric> +<Numeric></Numeric> +<Numeric></Numeric> +<Numeric></Numeric> +</ScatteringMetaData> +<ScatteringMetaData version="3"><String>"Spherical particle of liquid water generated using +miepython and python by Manfred Brath, 2024-09-11 +mean particle size:1.00000µm +Geometric mean of the scattering properties of 1 +uniformly distributed liquid water spheres between +1 um and 1 um"</String> +<String>"miepython 2.5.4: https://github.com/scottprahl/miepython/"</String> +<String>"Segelstein, David J. +The complex refractive index of water / by David J. Segelstein. 1981. +ix, 167 leaves : ill. ; 29 cm. +Thesis (M.S.)--Department of Physics. University of +Missouri-Kansas City, 1981. + +"</String> +<Numeric></Numeric> +<Numeric></Numeric> +<Numeric></Numeric> +<Numeric></Numeric> +</ScatteringMetaData> +<ScatteringMetaData version="3"><String>"Spherical particle of liquid water generated using +miepython and python by Manfred Brath, 2024-09-11 +mean particle size:1.50000µm +Geometric mean of the scattering properties of 1 +uniformly distributed liquid water spheres between +1.5 um and 1.5 um"</String> +<String>"miepython 2.5.4: https://github.com/scottprahl/miepython/"</String> +<String>"Segelstein, David J. +The complex refractive index of water / by David J. Segelstein. 1981. +ix, 167 leaves : ill. ; 29 cm. +Thesis (M.S.)--Department of Physics. University of +Missouri-Kansas City, 1981. + +"</String> +<Numeric></Numeric> +<Numeric></Numeric> +<Numeric></Numeric> +<Numeric></Numeric> +</ScatteringMetaData> +<ScatteringMetaData version="3"><String>"Spherical particle of liquid water generated using +miepython and python by Manfred Brath, 2024-09-11 +mean particle size:1.75000µm +Geometric mean of the scattering properties of 1 +uniformly distributed liquid water spheres between +1.8 um and 1.8 um"</String> +<String>"miepython 2.5.4: https://github.com/scottprahl/miepython/"</String> +<String>"Segelstein, David J. +The complex refractive index of water / by David J. Segelstein. 1981. +ix, 167 leaves : ill. ; 29 cm. +Thesis (M.S.)--Department of Physics. University of +Missouri-Kansas City, 1981. + +"</String> +<Numeric></Numeric> +<Numeric></Numeric> +<Numeric></Numeric> +<Numeric></Numeric> +</ScatteringMetaData> +<ScatteringMetaData version="3"><String>"Spherical particle of liquid water generated using +miepython and python by Manfred Brath, 2024-09-11 +mean particle size:2.00000µm +Geometric mean of the scattering properties of 1 +uniformly distributed liquid water spheres between +2 um and 2 um"</String> +<String>"miepython 2.5.4: https://github.com/scottprahl/miepython/"</String> +<String>"Segelstein, David J. +The complex refractive index of water / by David J. Segelstein. 1981. +ix, 167 leaves : ill. ; 29 cm. +Thesis (M.S.)--Department of Physics. University of +Missouri-Kansas City, 1981. + +"</String> +<Numeric></Numeric> +<Numeric></Numeric> +<Numeric></Numeric> +<Numeric></Numeric> +</ScatteringMetaData> +<ScatteringMetaData version="3"><String>"Spherical particle of liquid water generated using +miepython and python by Manfred Brath, 2024-09-11 +mean particle size:2.75000µm +Geometric mean of the scattering properties of 1 +uniformly distributed liquid water spheres between +2.8 um and 2.8 um"</String> +<String>"miepython 2.5.4: https://github.com/scottprahl/miepython/"</String> +<String>"Segelstein, David J. +The complex refractive index of water / by David J. Segelstein. 1981. +ix, 167 leaves : ill. ; 29 cm. +Thesis (M.S.)--Department of Physics. University of +Missouri-Kansas City, 1981. + +"</String> +<Numeric></Numeric> +<Numeric></Numeric> +<Numeric></Numeric> +<Numeric></Numeric> +</ScatteringMetaData> +<ScatteringMetaData version="3"><String>"Spherical particle of liquid water generated using +miepython and python by Manfred Brath, 2024-09-11 +mean particle size:3.25000µm +Geometric mean of the scattering properties of 1 +uniformly distributed liquid water spheres between +3.2 um and 3.2 um"</String> +<String>"miepython 2.5.4: https://github.com/scottprahl/miepython/"</String> +<String>"Segelstein, David J. +The complex refractive index of water / by David J. Segelstein. 1981. +ix, 167 leaves : ill. ; 29 cm. +Thesis (M.S.)--Department of Physics. University of +Missouri-Kansas City, 1981. + +"</String> +<Numeric></Numeric> +<Numeric></Numeric> +<Numeric></Numeric> +<Numeric></Numeric> +</ScatteringMetaData> +<ScatteringMetaData version="3"><String>"Spherical particle of liquid water generated using +miepython and python by Manfred Brath, 2024-09-11 +mean particle size:4.00000µm +Geometric mean of the scattering properties of 1 +uniformly distributed liquid water spheres between +4 um and 4 um"</String> +<String>"miepython 2.5.4: https://github.com/scottprahl/miepython/"</String> +<String>"Segelstein, David J. +The complex refractive index of water / by David J. Segelstein. 1981. +ix, 167 leaves : ill. ; 29 cm. +Thesis (M.S.)--Department of Physics. University of +Missouri-Kansas City, 1981. + +"</String> +<Numeric></Numeric> +<Numeric></Numeric> +<Numeric></Numeric> +<Numeric></Numeric> +</ScatteringMetaData> +<ScatteringMetaData version="3"><String>"Spherical particle of liquid water generated using +miepython and python by Manfred Brath, 2024-09-11 +mean particle size:5.25000µm +Geometric mean of the scattering properties of 1 +uniformly distributed liquid water spheres between +5.2 um and 5.2 um"</String> +<String>"miepython 2.5.4: https://github.com/scottprahl/miepython/"</String> +<String>"Segelstein, David J. +The complex refractive index of water / by David J. Segelstein. 1981. +ix, 167 leaves : ill. ; 29 cm. +Thesis (M.S.)--Department of Physics. University of +Missouri-Kansas City, 1981. + +"</String> +<Numeric></Numeric> +<Numeric></Numeric> +<Numeric></Numeric> +<Numeric></Numeric> +</ScatteringMetaData> +<ScatteringMetaData version="3"><String>"Spherical particle of liquid water generated using +miepython and python by Manfred Brath, 2024-09-11 +mean particle size:6.50000µm +Geometric mean of the scattering properties of 1 +uniformly distributed liquid water spheres between +6.5 um and 6.5 um"</String> +<String>"miepython 2.5.4: https://github.com/scottprahl/miepython/"</String> +<String>"Segelstein, David J. +The complex refractive index of water / by David J. Segelstein. 1981. +ix, 167 leaves : ill. ; 29 cm. +Thesis (M.S.)--Department of Physics. University of +Missouri-Kansas City, 1981. + +"</String> +<Numeric></Numeric> +<Numeric></Numeric> +<Numeric></Numeric> +<Numeric></Numeric> +</ScatteringMetaData> +<ScatteringMetaData version="3"><String>"Spherical particle of liquid water generated using +miepython and python by Manfred Brath, 2024-09-11 +mean particle size:8.00000µm +Geometric mean of the scattering properties of 1 +uniformly distributed liquid water spheres between +8 um and 8 um"</String> +<String>"miepython 2.5.4: https://github.com/scottprahl/miepython/"</String> +<String>"Segelstein, David J. +The complex refractive index of water / by David J. Segelstein. 1981. +ix, 167 leaves : ill. ; 29 cm. +Thesis (M.S.)--Department of Physics. University of +Missouri-Kansas City, 1981. + +"</String> +<Numeric></Numeric> +<Numeric></Numeric> +<Numeric></Numeric> +<Numeric></Numeric> +</ScatteringMetaData> +<ScatteringMetaData version="3"><String>"Spherical particle of liquid water generated using +miepython and python by Manfred Brath, 2024-09-11 +mean particle size:10.00000µm +Geometric mean of the scattering properties of 1 +uniformly distributed liquid water spheres between +10 um and 10 um"</String> +<String>"miepython 2.5.4: https://github.com/scottprahl/miepython/"</String> +<String>"Segelstein, David J. +The complex refractive index of water / by David J. Segelstein. 1981. +ix, 167 leaves : ill. ; 29 cm. +Thesis (M.S.)--Department of Physics. University of +Missouri-Kansas City, 1981. + +"</String> +<Numeric></Numeric> +<Numeric></Numeric> +<Numeric></Numeric> +<Numeric></Numeric> +</ScatteringMetaData> +<ScatteringMetaData version="3"><String>"Spherical particle of liquid water generated using +miepython and python by Manfred Brath, 2024-09-11 +mean particle size:15.00000µm +Geometric mean of the scattering properties of 1 +uniformly distributed liquid water spheres between +15 um and 15 um"</String> +<String>"miepython 2.5.4: https://github.com/scottprahl/miepython/"</String> +<String>"Segelstein, David J. +The complex refractive index of water / by David J. Segelstein. 1981. +ix, 167 leaves : ill. ; 29 cm. +Thesis (M.S.)--Department of Physics. University of +Missouri-Kansas City, 1981. + +"</String> +<Numeric></Numeric> +<Numeric></Numeric> +<Numeric></Numeric> +<Numeric></Numeric> +</ScatteringMetaData> +<ScatteringMetaData version="3"><String>"Spherical particle of liquid water generated using +miepython and python by Manfred Brath, 2024-09-11 +mean particle size:17.50000µm +Geometric mean of the scattering properties of 1 +uniformly distributed liquid water spheres between +18 um and 18 um"</String> +<String>"miepython 2.5.4: https://github.com/scottprahl/miepython/"</String> +<String>"Segelstein, David J. +The complex refractive index of water / by David J. Segelstein. 1981. +ix, 167 leaves : ill. ; 29 cm. +Thesis (M.S.)--Department of Physics. 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University of +Missouri-Kansas City, 1981. + +"</String> +<Numeric></Numeric> +<Numeric></Numeric> +<Numeric></Numeric> +<Numeric></Numeric> +</ScatteringMetaData> +<ScatteringMetaData version="3"><String>"Spherical particle of liquid water generated using +miepython and python by Manfred Brath, 2024-09-11 +mean particle size:32.50000µm +Geometric mean of the scattering properties of 1 +uniformly distributed liquid water spheres between +33 um and 33 um"</String> +<String>"miepython 2.5.4: https://github.com/scottprahl/miepython/"</String> +<String>"Segelstein, David J. +The complex refractive index of water / by David J. Segelstein. 1981. +ix, 167 leaves : ill. ; 29 cm. +Thesis (M.S.)--Department of Physics. University of +Missouri-Kansas City, 1981. + +"</String> +<Numeric></Numeric> +<Numeric></Numeric> +<Numeric></Numeric> +<Numeric></Numeric> +</ScatteringMetaData> +<ScatteringMetaData version="3"><String>"Spherical particle of liquid water generated using +miepython and python by Manfred Brath, 2024-09-11 +mean particle size:40.00000µm +Geometric mean of the scattering properties of 1 +uniformly distributed liquid water spheres between +40 um and 40 um"</String> +<String>"miepython 2.5.4: https://github.com/scottprahl/miepython/"</String> +<String>"Segelstein, David J. +The complex refractive index of water / by David J. Segelstein. 1981. +ix, 167 leaves : ill. ; 29 cm. +Thesis (M.S.)--Department of Physics. University of +Missouri-Kansas City, 1981. + +"</String> +<Numeric></Numeric> +<Numeric></Numeric> +<Numeric></Numeric> +<Numeric></Numeric> +</ScatteringMetaData> +<ScatteringMetaData version="3"><String>"Spherical particle of liquid water generated using +miepython and python by Manfred Brath, 2024-09-11 +mean particle size:52.50000µm +Geometric mean of the scattering properties of 1 +uniformly distributed liquid water spheres between +52 um and 52 um"</String> +<String>"miepython 2.5.4: https://github.com/scottprahl/miepython/"</String> +<String>"Segelstein, David J. +The complex refractive index of water / by David J. Segelstein. 1981. +ix, 167 leaves : ill. ; 29 cm. +Thesis (M.S.)--Department of Physics. University of +Missouri-Kansas City, 1981. + +"</String> +<Numeric></Numeric> +<Numeric></Numeric> +<Numeric></Numeric> +<Numeric></Numeric> +</ScatteringMetaData> +<ScatteringMetaData version="3"><String>"Spherical particle of liquid water generated using +miepython and python by Manfred Brath, 2024-09-11 +mean particle size:65.00000µm +Geometric mean of the scattering properties of 1 +uniformly distributed liquid water spheres between +65 um and 65 um"</String> +<String>"miepython 2.5.4: https://github.com/scottprahl/miepython/"</String> +<String>"Segelstein, David J. +The complex refractive index of water / by David J. Segelstein. 1981. +ix, 167 leaves : ill. ; 29 cm. +Thesis (M.S.)--Department of Physics. University of +Missouri-Kansas City, 1981. + +"</String> +<Numeric></Numeric> +<Numeric></Numeric> +<Numeric></Numeric> +<Numeric></Numeric> +</ScatteringMetaData> +<ScatteringMetaData version="3"><String>"Spherical particle of liquid water generated using +miepython and python by Manfred Brath, 2024-09-11 +mean particle size:80.00000µm +Geometric mean of the scattering properties of 1 +uniformly distributed liquid water spheres between +80 um and 80 um"</String> +<String>"miepython 2.5.4: https://github.com/scottprahl/miepython/"</String> +<String>"Segelstein, David J. +The complex refractive index of water / by David J. Segelstein. 1981. +ix, 167 leaves : ill. ; 29 cm. +Thesis (M.S.)--Department of Physics. University of +Missouri-Kansas City, 1981. + +"</String> +<Numeric></Numeric> +<Numeric></Numeric> +<Numeric></Numeric> +<Numeric></Numeric> +</ScatteringMetaData> +<ScatteringMetaData version="3"><String>"Spherical particle of liquid water generated using +miepython and python by Manfred Brath, 2024-09-11 +mean particle size:100.00000µm +Geometric mean of the scattering properties of 1 +uniformly distributed liquid water spheres between +1e+02 um and 1e+02 um"</String> +<String>"miepython 2.5.4: https://github.com/scottprahl/miepython/"</String> +<String>"Segelstein, David J. +The complex refractive index of water / by David J. Segelstein. 1981. +ix, 167 leaves : ill. ; 29 cm. +Thesis (M.S.)--Department of Physics. University of +Missouri-Kansas City, 1981. + +"</String> +<Numeric></Numeric> +<Numeric></Numeric> +<Numeric></Numeric> +<Numeric></Numeric> +</ScatteringMetaData> +<ScatteringMetaData version="3"><String>"Spherical particle of liquid water generated using +miepython and python by Manfred Brath, 2024-09-11 +mean particle size:150.00000µm +Geometric mean of the scattering properties of 1 +uniformly distributed liquid water spheres between +1.5e+02 um and 1.5e+02 um"</String> +<String>"miepython 2.5.4: https://github.com/scottprahl/miepython/"</String> +<String>"Segelstein, David J. +The complex refractive index of water / by David J. Segelstein. 1981. +ix, 167 leaves : ill. ; 29 cm. +Thesis (M.S.)--Department of Physics. University of +Missouri-Kansas City, 1981. + +"</String> +<Numeric></Numeric> +<Numeric></Numeric> +<Numeric></Numeric> +<Numeric></Numeric> +</ScatteringMetaData> +<ScatteringMetaData version="3"><String>"Spherical particle of liquid water generated using +miepython and python by Manfred Brath, 2024-09-11 +mean particle size:175.00000µm +Geometric mean of the scattering properties of 1 +uniformly distributed liquid water spheres between +1.8e+02 um and 1.8e+02 um"</String> +<String>"miepython 2.5.4: https://github.com/scottprahl/miepython/"</String> +<String>"Segelstein, David J. +The complex refractive index of water / by David J. Segelstein. 1981. +ix, 167 leaves : ill. ; 29 cm. +Thesis (M.S.)--Department of Physics. University of +Missouri-Kansas City, 1981. + +"</String> +<Numeric></Numeric> +<Numeric></Numeric> +<Numeric></Numeric> +<Numeric></Numeric> +</ScatteringMetaData> +<ScatteringMetaData version="3"><String>"Spherical particle of liquid water generated using +miepython and python by Manfred Brath, 2024-09-11 +mean particle size:200.00000µm +Geometric mean of the scattering properties of 1 +uniformly distributed liquid water spheres between +2e+02 um and 2e+02 um"</String> +<String>"miepython 2.5.4: https://github.com/scottprahl/miepython/"</String> +<String>"Segelstein, David J. +The complex refractive index of water / by David J. Segelstein. 1981. +ix, 167 leaves : ill. ; 29 cm. +Thesis (M.S.)--Department of Physics. 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University of +Missouri-Kansas City, 1981. + +"</String> +<Numeric></Numeric> +<Numeric></Numeric> +<Numeric></Numeric> +<Numeric></Numeric> +</ScatteringMetaData> +<ScatteringMetaData version="3"><String>"Spherical particle of liquid water generated using +miepython and python by Manfred Brath, 2024-09-11 +mean particle size:800.00000µm +Geometric mean of the scattering properties of 1 +uniformly distributed liquid water spheres between +8e+02 um and 8e+02 um"</String> +<String>"miepython 2.5.4: https://github.com/scottprahl/miepython/"</String> +<String>"Segelstein, David J. +The complex refractive index of water / by David J. Segelstein. 1981. +ix, 167 leaves : ill. ; 29 cm. +Thesis (M.S.)--Department of Physics. 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University of +Missouri-Kansas City, 1981. + +"</String> +<Numeric></Numeric> +<Numeric></Numeric> +<Numeric></Numeric> +<Numeric></Numeric> +</ScatteringMetaData> +<ScatteringMetaData version="3"><String>"Spherical particle of liquid water generated using +miepython and python by Manfred Brath, 2024-09-11 +mean particle size:2000.00000µm +Geometric mean of the scattering properties of 1 +uniformly distributed liquid water spheres between +2e+03 um and 2e+03 um"</String> +<String>"miepython 2.5.4: https://github.com/scottprahl/miepython/"</String> +<String>"Segelstein, David J. +The complex refractive index of water / by David J. Segelstein. 1981. +ix, 167 leaves : ill. ; 29 cm. +Thesis (M.S.)--Department of Physics. University of +Missouri-Kansas City, 1981. + +"</String> +<Numeric></Numeric> +<Numeric></Numeric> +<Numeric></Numeric> +<Numeric></Numeric> +</ScatteringMetaData> +<ScatteringMetaData version="3"><String>"Spherical particle of liquid water generated using +miepython and python by Manfred Brath, 2024-09-11 +mean particle size:2750.00000µm +Geometric mean of the scattering properties of 1 +uniformly distributed liquid water spheres between +2.8e+03 um and 2.8e+03 um"</String> +<String>"miepython 2.5.4: https://github.com/scottprahl/miepython/"</String> +<String>"Segelstein, David J. +The complex refractive index of water / by David J. Segelstein. 1981. +ix, 167 leaves : ill. ; 29 cm. +Thesis (M.S.)--Department of Physics. University of +Missouri-Kansas City, 1981. + +"</String> +<Numeric></Numeric> +<Numeric></Numeric> +<Numeric></Numeric> +<Numeric></Numeric> +</ScatteringMetaData> +<ScatteringMetaData version="3"><String>"Spherical particle of liquid water generated using +miepython and python by Manfred Brath, 2024-09-11 +mean particle size:3250.00000µm +Geometric mean of the scattering properties of 1 +uniformly distributed liquid water spheres between +3.3e+03 um and 3.3e+03 um"</String> +<String>"miepython 2.5.4: https://github.com/scottprahl/miepython/"</String> +<String>"Segelstein, David J. +The complex refractive index of water / by David J. Segelstein. 1981. +ix, 167 leaves : ill. ; 29 cm. +Thesis (M.S.)--Department of Physics. 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nelem="1"> +</Vector> +<Vector nelem="721"> +</Vector> +<Vector nelem="0"> +</Vector> +<Tensor7 nlibraries="121" nvitrines="1" nshelves="721" nbooks="1" npages="1" nrows="1" ncols="6"> +</Tensor7> +<Tensor5 nshelves="121" nbooks="1" npages="1" nrows="1" ncols="1"> +</Tensor5> +<Tensor5 nshelves="121" nbooks="1" npages="1" nrows="1" ncols="1"> +</Tensor5> +</SingleScatteringData> +<SingleScatteringData version="3"> +<String>"totally_random"</String> +<String>"Spherical particle of liquid water generated using +miepython and python by Manfred Brath, 2024-09-11 +mean particle size:0.15000µm +Geometric mean of the scattering properties of 1 +uniformly distributed liquid water spheres between +0.15 um and 0.15 um"</String> +<Vector nelem="121"> +</Vector> +<Vector nelem="1"> +</Vector> +<Vector nelem="721"> +</Vector> +<Vector nelem="0"> +</Vector> +<Tensor7 nlibraries="121" nvitrines="1" nshelves="721" nbooks="1" npages="1" nrows="1" ncols="6"> +</Tensor7> +<Tensor5 nshelves="121" nbooks="1" npages="1" nrows="1" ncols="1"> +</Tensor5> +<Tensor5 nshelves="121" nbooks="1" npages="1" nrows="1" ncols="1"> +</Tensor5> +</SingleScatteringData> +<SingleScatteringData version="3"> +<String>"totally_random"</String> +<String>"Spherical particle of liquid water generated using +miepython and python by Manfred Brath, 2024-09-11 +mean particle size:0.17500µm +Geometric mean of the scattering properties of 1 +uniformly distributed liquid water spheres between +0.17 um and 0.17 um"</String> +<Vector nelem="121"> +</Vector> +<Vector nelem="1"> +</Vector> +<Vector nelem="721"> +</Vector> +<Vector nelem="0"> +</Vector> +<Tensor7 nlibraries="121" nvitrines="1" nshelves="721" nbooks="1" npages="1" nrows="1" ncols="6"> +</Tensor7> +<Tensor5 nshelves="121" nbooks="1" npages="1" nrows="1" ncols="1"> +</Tensor5> +<Tensor5 nshelves="121" nbooks="1" npages="1" nrows="1" ncols="1"> +</Tensor5> +</SingleScatteringData> +<SingleScatteringData version="3"> +<String>"totally_random"</String> +<String>"Spherical particle of liquid water generated using +miepython and python by Manfred Brath, 2024-09-11 +mean particle size:0.20000µm +Geometric mean of the scattering properties of 1 +uniformly distributed liquid water spheres between +0.2 um and 0.2 um"</String> +<Vector nelem="121"> +</Vector> +<Vector nelem="1"> +</Vector> +<Vector nelem="721"> +</Vector> +<Vector nelem="0"> +</Vector> +<Tensor7 nlibraries="121" nvitrines="1" nshelves="721" nbooks="1" npages="1" nrows="1" ncols="6"> +</Tensor7> +<Tensor5 nshelves="121" nbooks="1" npages="1" nrows="1" ncols="1"> +</Tensor5> +<Tensor5 nshelves="121" nbooks="1" npages="1" nrows="1" ncols="1"> +</Tensor5> +</SingleScatteringData> +<SingleScatteringData version="3"> +<String>"totally_random"</String> +<String>"Spherical particle of liquid water generated using +miepython and python by Manfred Brath, 2024-09-11 +mean particle size:0.27500µm +Geometric mean of the scattering properties of 1 +uniformly distributed liquid water spheres between +0.28 um and 0.28 um"</String> +<Vector nelem="121"> +</Vector> +<Vector nelem="1"> +</Vector> +<Vector nelem="721"> +</Vector> +<Vector nelem="0"> +</Vector> +<Tensor7 nlibraries="121" nvitrines="1" nshelves="721" nbooks="1" npages="1" nrows="1" ncols="6"> +</Tensor7> +<Tensor5 nshelves="121" nbooks="1" npages="1" nrows="1" ncols="1"> +</Tensor5> +<Tensor5 nshelves="121" nbooks="1" npages="1" nrows="1" ncols="1"> +</Tensor5> +</SingleScatteringData> +<SingleScatteringData version="3"> +<String>"totally_random"</String> +<String>"Spherical particle of liquid water generated using +miepython and python by Manfred Brath, 2024-09-11 +mean particle size:0.32500µm +Geometric mean of the scattering properties of 1 +uniformly distributed liquid water spheres between +0.32 um and 0.32 um"</String> +<Vector nelem="121"> +</Vector> +<Vector nelem="1"> +</Vector> +<Vector nelem="721"> +</Vector> +<Vector nelem="0"> +</Vector> +<Tensor7 nlibraries="121" nvitrines="1" nshelves="721" nbooks="1" npages="1" nrows="1" ncols="6"> +</Tensor7> +<Tensor5 nshelves="121" nbooks="1" npages="1" nrows="1" ncols="1"> +</Tensor5> +<Tensor5 nshelves="121" nbooks="1" npages="1" nrows="1" ncols="1"> +</Tensor5> +</SingleScatteringData> +<SingleScatteringData version="3"> +<String>"totally_random"</String> +<String>"Spherical particle of liquid water generated using +miepython and python by Manfred Brath, 2024-09-11 +mean particle size:0.40000µm +Geometric mean of the scattering properties of 1 +uniformly distributed liquid water spheres between +0.4 um and 0.4 um"</String> +<Vector nelem="121"> +</Vector> +<Vector nelem="1"> +</Vector> +<Vector nelem="721"> +</Vector> +<Vector nelem="0"> +</Vector> +<Tensor7 nlibraries="121" nvitrines="1" nshelves="721" nbooks="1" npages="1" nrows="1" ncols="6"> +</Tensor7> +<Tensor5 nshelves="121" nbooks="1" npages="1" nrows="1" ncols="1"> +</Tensor5> +<Tensor5 nshelves="121" nbooks="1" npages="1" nrows="1" ncols="1"> +</Tensor5> +</SingleScatteringData> +<SingleScatteringData version="3"> +<String>"totally_random"</String> +<String>"Spherical particle of liquid water generated using +miepython and python by Manfred Brath, 2024-09-11 +mean particle size:0.52500µm +Geometric mean of the scattering properties of 1 +uniformly distributed liquid water spheres between +0.52 um and 0.52 um"</String> +<Vector nelem="121"> +</Vector> +<Vector nelem="1"> +</Vector> +<Vector nelem="721"> +</Vector> +<Vector nelem="0"> +</Vector> +<Tensor7 nlibraries="121" nvitrines="1" nshelves="721" nbooks="1" npages="1" nrows="1" ncols="6"> +</Tensor7> +<Tensor5 nshelves="121" nbooks="1" npages="1" nrows="1" ncols="1"> +</Tensor5> +<Tensor5 nshelves="121" nbooks="1" npages="1" nrows="1" ncols="1"> +</Tensor5> +</SingleScatteringData> +<SingleScatteringData version="3"> +<String>"totally_random"</String> +<String>"Spherical particle of liquid water generated using +miepython and python by Manfred Brath, 2024-09-11 +mean particle size:0.65000µm +Geometric mean of the scattering properties of 1 +uniformly distributed liquid water spheres between +0.65 um and 0.65 um"</String> +<Vector nelem="121"> +</Vector> +<Vector nelem="1"> +</Vector> +<Vector nelem="721"> +</Vector> +<Vector nelem="0"> +</Vector> +<Tensor7 nlibraries="121" nvitrines="1" nshelves="721" nbooks="1" npages="1" nrows="1" ncols="6"> +</Tensor7> +<Tensor5 nshelves="121" nbooks="1" npages="1" nrows="1" ncols="1"> +</Tensor5> +<Tensor5 nshelves="121" nbooks="1" npages="1" nrows="1" ncols="1"> +</Tensor5> +</SingleScatteringData> +<SingleScatteringData version="3"> +<String>"totally_random"</String> +<String>"Spherical particle of liquid water generated using +miepython and python by Manfred Brath, 2024-09-11 +mean particle size:0.80000µm +Geometric mean of the scattering properties of 1 +uniformly distributed liquid water spheres between +0.8 um and 0.8 um"</String> +<Vector nelem="121"> +</Vector> +<Vector nelem="1"> +</Vector> +<Vector nelem="721"> +</Vector> +<Vector nelem="0"> +</Vector> +<Tensor7 nlibraries="121" nvitrines="1" nshelves="721" nbooks="1" npages="1" nrows="1" ncols="6"> +</Tensor7> +<Tensor5 nshelves="121" nbooks="1" npages="1" nrows="1" ncols="1"> +</Tensor5> +<Tensor5 nshelves="121" nbooks="1" npages="1" nrows="1" ncols="1"> +</Tensor5> +</SingleScatteringData> +<SingleScatteringData version="3"> +<String>"totally_random"</String> +<String>"Spherical particle of liquid water generated using +miepython and python by Manfred Brath, 2024-09-11 +mean particle size:1.00000µm +Geometric mean of the scattering properties of 1 +uniformly distributed liquid water spheres between +1 um and 1 um"</String> +<Vector nelem="121"> +</Vector> +<Vector nelem="1"> +</Vector> +<Vector nelem="721"> +</Vector> +<Vector nelem="0"> +</Vector> +<Tensor7 nlibraries="121" nvitrines="1" nshelves="721" nbooks="1" npages="1" nrows="1" ncols="6"> +</Tensor7> +<Tensor5 nshelves="121" nbooks="1" npages="1" nrows="1" ncols="1"> +</Tensor5> +<Tensor5 nshelves="121" nbooks="1" npages="1" nrows="1" ncols="1"> +</Tensor5> +</SingleScatteringData> +<SingleScatteringData version="3"> +<String>"totally_random"</String> +<String>"Spherical particle of liquid water generated using +miepython and python by Manfred Brath, 2024-09-11 +mean particle size:1.50000µm +Geometric mean of the scattering properties of 1 +uniformly distributed liquid water spheres between +1.5 um and 1.5 um"</String> +<Vector nelem="121"> +</Vector> +<Vector nelem="1"> +</Vector> +<Vector nelem="721"> +</Vector> +<Vector nelem="0"> +</Vector> +<Tensor7 nlibraries="121" nvitrines="1" nshelves="721" nbooks="1" npages="1" nrows="1" ncols="6"> +</Tensor7> +<Tensor5 nshelves="121" nbooks="1" npages="1" nrows="1" ncols="1"> +</Tensor5> +<Tensor5 nshelves="121" nbooks="1" npages="1" nrows="1" ncols="1"> +</Tensor5> +</SingleScatteringData> +<SingleScatteringData version="3"> +<String>"totally_random"</String> +<String>"Spherical particle of liquid water generated using +miepython and python by Manfred Brath, 2024-09-11 +mean particle size:1.75000µm +Geometric mean of the scattering properties of 1 +uniformly distributed liquid water spheres between +1.8 um and 1.8 um"</String> +<Vector nelem="121"> +</Vector> +<Vector nelem="1"> +</Vector> +<Vector nelem="721"> +</Vector> +<Vector nelem="0"> +</Vector> +<Tensor7 nlibraries="121" nvitrines="1" nshelves="721" nbooks="1" npages="1" nrows="1" ncols="6"> +</Tensor7> +<Tensor5 nshelves="121" nbooks="1" npages="1" nrows="1" ncols="1"> +</Tensor5> +<Tensor5 nshelves="121" nbooks="1" npages="1" nrows="1" ncols="1"> +</Tensor5> +</SingleScatteringData> +<SingleScatteringData version="3"> +<String>"totally_random"</String> +<String>"Spherical particle of liquid water generated using +miepython and python by Manfred Brath, 2024-09-11 +mean particle size:2.00000µm +Geometric mean of the scattering properties of 1 +uniformly distributed liquid water spheres between +2 um and 2 um"</String> +<Vector nelem="121"> +</Vector> +<Vector nelem="1"> +</Vector> +<Vector nelem="721"> +</Vector> +<Vector nelem="0"> +</Vector> +<Tensor7 nlibraries="121" nvitrines="1" nshelves="721" nbooks="1" npages="1" nrows="1" ncols="6"> +</Tensor7> +<Tensor5 nshelves="121" nbooks="1" npages="1" nrows="1" ncols="1"> +</Tensor5> +<Tensor5 nshelves="121" nbooks="1" npages="1" nrows="1" ncols="1"> +</Tensor5> +</SingleScatteringData> +<SingleScatteringData version="3"> +<String>"totally_random"</String> +<String>"Spherical particle of liquid water generated using +miepython and python by Manfred Brath, 2024-09-11 +mean particle size:2.75000µm +Geometric mean of the scattering properties of 1 +uniformly distributed liquid water spheres between +2.8 um and 2.8 um"</String> +<Vector nelem="121"> +</Vector> +<Vector nelem="1"> +</Vector> +<Vector nelem="721"> +</Vector> +<Vector nelem="0"> +</Vector> +<Tensor7 nlibraries="121" nvitrines="1" nshelves="721" nbooks="1" npages="1" nrows="1" ncols="6"> +</Tensor7> +<Tensor5 nshelves="121" nbooks="1" npages="1" nrows="1" ncols="1"> +</Tensor5> +<Tensor5 nshelves="121" nbooks="1" npages="1" nrows="1" ncols="1"> +</Tensor5> +</SingleScatteringData> +<SingleScatteringData version="3"> +<String>"totally_random"</String> +<String>"Spherical particle of liquid water generated using +miepython and python by Manfred Brath, 2024-09-11 +mean particle size:3.25000µm +Geometric mean of the scattering properties of 1 +uniformly distributed liquid water spheres between +3.2 um and 3.2 um"</String> +<Vector nelem="121"> +</Vector> +<Vector nelem="1"> +</Vector> +<Vector nelem="721"> +</Vector> +<Vector nelem="0"> +</Vector> +<Tensor7 nlibraries="121" nvitrines="1" nshelves="721" nbooks="1" npages="1" nrows="1" ncols="6"> +</Tensor7> +<Tensor5 nshelves="121" nbooks="1" npages="1" nrows="1" ncols="1"> +</Tensor5> +<Tensor5 nshelves="121" nbooks="1" npages="1" nrows="1" ncols="1"> +</Tensor5> +</SingleScatteringData> +<SingleScatteringData version="3"> +<String>"totally_random"</String> +<String>"Spherical particle of liquid water generated using +miepython and python by Manfred Brath, 2024-09-11 +mean particle size:4.00000µm +Geometric mean of the scattering properties of 1 +uniformly distributed liquid water spheres between +4 um and 4 um"</String> +<Vector nelem="121"> +</Vector> +<Vector nelem="1"> +</Vector> +<Vector nelem="721"> +</Vector> +<Vector nelem="0"> +</Vector> +<Tensor7 nlibraries="121" nvitrines="1" nshelves="721" nbooks="1" npages="1" nrows="1" ncols="6"> +</Tensor7> +<Tensor5 nshelves="121" nbooks="1" npages="1" nrows="1" ncols="1"> +</Tensor5> +<Tensor5 nshelves="121" nbooks="1" npages="1" nrows="1" ncols="1"> +</Tensor5> +</SingleScatteringData> +<SingleScatteringData version="3"> +<String>"totally_random"</String> +<String>"Spherical particle of liquid water generated using +miepython and python by Manfred Brath, 2024-09-11 +mean particle size:5.25000µm +Geometric mean of the scattering properties of 1 +uniformly distributed liquid water spheres between +5.2 um and 5.2 um"</String> +<Vector nelem="121"> +</Vector> +<Vector nelem="1"> +</Vector> +<Vector nelem="721"> +</Vector> +<Vector nelem="0"> +</Vector> +<Tensor7 nlibraries="121" nvitrines="1" nshelves="721" nbooks="1" npages="1" nrows="1" ncols="6"> +</Tensor7> +<Tensor5 nshelves="121" nbooks="1" npages="1" nrows="1" ncols="1"> +</Tensor5> +<Tensor5 nshelves="121" nbooks="1" npages="1" nrows="1" ncols="1"> +</Tensor5> +</SingleScatteringData> +<SingleScatteringData version="3"> +<String>"totally_random"</String> +<String>"Spherical particle of liquid water generated using +miepython and python by Manfred Brath, 2024-09-11 +mean particle size:6.50000µm +Geometric mean of the scattering properties of 1 +uniformly distributed liquid water spheres between +6.5 um and 6.5 um"</String> +<Vector nelem="121"> +</Vector> +<Vector nelem="1"> +</Vector> +<Vector nelem="721"> +</Vector> +<Vector nelem="0"> +</Vector> +<Tensor7 nlibraries="121" nvitrines="1" nshelves="721" nbooks="1" npages="1" nrows="1" ncols="6"> +</Tensor7> +<Tensor5 nshelves="121" nbooks="1" npages="1" nrows="1" ncols="1"> +</Tensor5> +<Tensor5 nshelves="121" nbooks="1" npages="1" nrows="1" ncols="1"> +</Tensor5> +</SingleScatteringData> +<SingleScatteringData version="3"> +<String>"totally_random"</String> +<String>"Spherical particle of liquid water generated using +miepython and python by Manfred Brath, 2024-09-11 +mean particle size:8.00000µm +Geometric mean of the scattering properties of 1 +uniformly distributed liquid water spheres between +8 um and 8 um"</String> +<Vector nelem="121"> +</Vector> +<Vector nelem="1"> +</Vector> +<Vector nelem="721"> +</Vector> +<Vector nelem="0"> +</Vector> +<Tensor7 nlibraries="121" nvitrines="1" nshelves="721" nbooks="1" npages="1" nrows="1" ncols="6"> +</Tensor7> +<Tensor5 nshelves="121" nbooks="1" npages="1" nrows="1" ncols="1"> +</Tensor5> +<Tensor5 nshelves="121" nbooks="1" npages="1" nrows="1" ncols="1"> +</Tensor5> +</SingleScatteringData> +<SingleScatteringData version="3"> +<String>"totally_random"</String> +<String>"Spherical particle of liquid water generated using +miepython and python by Manfred Brath, 2024-09-11 +mean particle size:10.00000µm +Geometric mean of the scattering properties of 1 +uniformly distributed liquid water spheres between +10 um and 10 um"</String> +<Vector nelem="121"> +</Vector> +<Vector nelem="1"> +</Vector> +<Vector nelem="721"> +</Vector> +<Vector nelem="0"> +</Vector> +<Tensor7 nlibraries="121" nvitrines="1" nshelves="721" nbooks="1" npages="1" nrows="1" ncols="6"> +</Tensor7> +<Tensor5 nshelves="121" nbooks="1" npages="1" nrows="1" ncols="1"> +</Tensor5> +<Tensor5 nshelves="121" nbooks="1" npages="1" nrows="1" ncols="1"> +</Tensor5> +</SingleScatteringData> +<SingleScatteringData version="3"> +<String>"totally_random"</String> +<String>"Spherical particle of liquid water generated using +miepython and python by Manfred Brath, 2024-09-11 +mean particle size:15.00000µm +Geometric mean of the scattering properties of 1 +uniformly distributed liquid water spheres between +15 um and 15 um"</String> +<Vector nelem="121"> +</Vector> +<Vector nelem="1"> +</Vector> +<Vector nelem="721"> +</Vector> +<Vector nelem="0"> +</Vector> +<Tensor7 nlibraries="121" nvitrines="1" nshelves="721" nbooks="1" npages="1" nrows="1" ncols="6"> +</Tensor7> +<Tensor5 nshelves="121" nbooks="1" npages="1" nrows="1" ncols="1"> +</Tensor5> +<Tensor5 nshelves="121" nbooks="1" npages="1" nrows="1" ncols="1"> +</Tensor5> +</SingleScatteringData> +<SingleScatteringData version="3"> +<String>"totally_random"</String> +<String>"Spherical particle of liquid water generated using +miepython and python by Manfred Brath, 2024-09-11 +mean particle size:17.50000µm +Geometric mean of the scattering properties of 1 +uniformly distributed liquid water spheres between +18 um and 18 um"</String> +<Vector nelem="121"> +</Vector> +<Vector nelem="1"> +</Vector> +<Vector nelem="721"> +</Vector> +<Vector nelem="0"> +</Vector> +<Tensor7 nlibraries="121" nvitrines="1" nshelves="721" nbooks="1" npages="1" nrows="1" ncols="6"> +</Tensor7> +<Tensor5 nshelves="121" nbooks="1" npages="1" nrows="1" ncols="1"> +</Tensor5> +<Tensor5 nshelves="121" nbooks="1" npages="1" nrows="1" ncols="1"> +</Tensor5> +</SingleScatteringData> +<SingleScatteringData version="3"> +<String>"totally_random"</String> +<String>"Spherical particle of liquid water generated using +miepython and python by Manfred Brath, 2024-09-11 +mean particle size:20.00000µm +Geometric mean of the scattering properties of 1 +uniformly distributed liquid water spheres between +20 um and 20 um"</String> +<Vector nelem="121"> +</Vector> +<Vector nelem="1"> +</Vector> +<Vector nelem="721"> +</Vector> +<Vector nelem="0"> +</Vector> +<Tensor7 nlibraries="121" nvitrines="1" nshelves="721" nbooks="1" npages="1" nrows="1" ncols="6"> +</Tensor7> +<Tensor5 nshelves="121" nbooks="1" npages="1" nrows="1" ncols="1"> +</Tensor5> +<Tensor5 nshelves="121" nbooks="1" npages="1" nrows="1" ncols="1"> +</Tensor5> +</SingleScatteringData> +<SingleScatteringData version="3"> +<String>"totally_random"</String> +<String>"Spherical particle of liquid water generated using +miepython and python by Manfred Brath, 2024-09-11 +mean particle size:27.50000µm +Geometric mean of the scattering properties of 1 +uniformly distributed liquid water spheres between +28 um and 28 um"</String> +<Vector nelem="121"> +</Vector> +<Vector nelem="1"> +</Vector> +<Vector nelem="721"> +</Vector> +<Vector nelem="0"> +</Vector> +<Tensor7 nlibraries="121" nvitrines="1" nshelves="721" nbooks="1" npages="1" nrows="1" ncols="6"> +</Tensor7> +<Tensor5 nshelves="121" nbooks="1" npages="1" nrows="1" ncols="1"> +</Tensor5> +<Tensor5 nshelves="121" nbooks="1" npages="1" nrows="1" ncols="1"> +</Tensor5> +</SingleScatteringData> +<SingleScatteringData version="3"> +<String>"totally_random"</String> +<String>"Spherical particle of liquid water generated using +miepython and python by Manfred Brath, 2024-09-11 +mean particle size:32.50000µm +Geometric mean of the scattering properties of 1 +uniformly distributed liquid water spheres between +33 um and 33 um"</String> +<Vector nelem="121"> +</Vector> +<Vector nelem="1"> +</Vector> +<Vector nelem="721"> +</Vector> +<Vector nelem="0"> +</Vector> +<Tensor7 nlibraries="121" nvitrines="1" nshelves="721" nbooks="1" npages="1" nrows="1" ncols="6"> +</Tensor7> +<Tensor5 nshelves="121" nbooks="1" npages="1" nrows="1" ncols="1"> +</Tensor5> +<Tensor5 nshelves="121" nbooks="1" npages="1" nrows="1" ncols="1"> +</Tensor5> +</SingleScatteringData> +<SingleScatteringData version="3"> +<String>"totally_random"</String> +<String>"Spherical particle of liquid water generated using +miepython and python by Manfred Brath, 2024-09-11 +mean particle size:40.00000µm +Geometric mean of the scattering properties of 1 +uniformly distributed liquid water spheres between +40 um and 40 um"</String> +<Vector nelem="121"> +</Vector> +<Vector nelem="1"> +</Vector> +<Vector nelem="721"> +</Vector> +<Vector nelem="0"> +</Vector> +<Tensor7 nlibraries="121" nvitrines="1" nshelves="721" nbooks="1" npages="1" nrows="1" ncols="6"> +</Tensor7> +<Tensor5 nshelves="121" nbooks="1" npages="1" nrows="1" ncols="1"> +</Tensor5> +<Tensor5 nshelves="121" nbooks="1" npages="1" nrows="1" ncols="1"> +</Tensor5> +</SingleScatteringData> +<SingleScatteringData version="3"> +<String>"totally_random"</String> +<String>"Spherical particle of liquid water generated using +miepython and python by Manfred Brath, 2024-09-11 +mean particle size:52.50000µm +Geometric mean of the scattering properties of 1 +uniformly distributed liquid water spheres between +52 um and 52 um"</String> +<Vector nelem="121"> +</Vector> +<Vector nelem="1"> +</Vector> +<Vector nelem="721"> +</Vector> +<Vector nelem="0"> +</Vector> +<Tensor7 nlibraries="121" nvitrines="1" nshelves="721" nbooks="1" npages="1" nrows="1" ncols="6"> +</Tensor7> +<Tensor5 nshelves="121" nbooks="1" npages="1" nrows="1" ncols="1"> +</Tensor5> +<Tensor5 nshelves="121" nbooks="1" npages="1" nrows="1" ncols="1"> +</Tensor5> +</SingleScatteringData> +<SingleScatteringData version="3"> +<String>"totally_random"</String> +<String>"Spherical particle of liquid water generated using +miepython and python by Manfred Brath, 2024-09-11 +mean particle size:65.00000µm +Geometric mean of the scattering properties of 1 +uniformly distributed liquid water spheres between +65 um and 65 um"</String> +<Vector nelem="121"> +</Vector> +<Vector nelem="1"> +</Vector> +<Vector nelem="721"> +</Vector> +<Vector nelem="0"> +</Vector> +<Tensor7 nlibraries="121" nvitrines="1" nshelves="721" nbooks="1" npages="1" nrows="1" ncols="6"> +</Tensor7> +<Tensor5 nshelves="121" nbooks="1" npages="1" nrows="1" ncols="1"> +</Tensor5> +<Tensor5 nshelves="121" nbooks="1" npages="1" nrows="1" ncols="1"> +</Tensor5> +</SingleScatteringData> +<SingleScatteringData version="3"> +<String>"totally_random"</String> +<String>"Spherical particle of liquid water generated using +miepython and python by Manfred Brath, 2024-09-11 +mean particle size:80.00000µm +Geometric mean of the scattering properties of 1 +uniformly distributed liquid water spheres between +80 um and 80 um"</String> +<Vector nelem="121"> +</Vector> +<Vector nelem="1"> +</Vector> +<Vector nelem="721"> +</Vector> +<Vector nelem="0"> +</Vector> +<Tensor7 nlibraries="121" nvitrines="1" nshelves="721" nbooks="1" npages="1" nrows="1" ncols="6"> +</Tensor7> +<Tensor5 nshelves="121" nbooks="1" npages="1" nrows="1" ncols="1"> +</Tensor5> +<Tensor5 nshelves="121" nbooks="1" npages="1" nrows="1" ncols="1"> +</Tensor5> +</SingleScatteringData> +<SingleScatteringData version="3"> +<String>"totally_random"</String> +<String>"Spherical particle of liquid water generated using +miepython and python by Manfred Brath, 2024-09-11 +mean particle size:100.00000µm +Geometric mean of the scattering properties of 1 +uniformly distributed liquid water spheres between +1e+02 um and 1e+02 um"</String> +<Vector nelem="121"> +</Vector> +<Vector nelem="1"> +</Vector> +<Vector nelem="721"> +</Vector> +<Vector nelem="0"> +</Vector> +<Tensor7 nlibraries="121" nvitrines="1" nshelves="721" nbooks="1" npages="1" nrows="1" ncols="6"> +</Tensor7> +<Tensor5 nshelves="121" nbooks="1" npages="1" nrows="1" ncols="1"> +</Tensor5> +<Tensor5 nshelves="121" nbooks="1" npages="1" nrows="1" ncols="1"> +</Tensor5> +</SingleScatteringData> +<SingleScatteringData version="3"> +<String>"totally_random"</String> +<String>"Spherical particle of liquid water generated using +miepython and python by Manfred Brath, 2024-09-11 +mean particle size:150.00000µm +Geometric mean of the scattering properties of 1 +uniformly distributed liquid water spheres between +1.5e+02 um and 1.5e+02 um"</String> +<Vector nelem="121"> +</Vector> +<Vector nelem="1"> +</Vector> +<Vector nelem="721"> +</Vector> +<Vector nelem="0"> +</Vector> +<Tensor7 nlibraries="121" nvitrines="1" nshelves="721" nbooks="1" npages="1" nrows="1" ncols="6"> +</Tensor7> +<Tensor5 nshelves="121" nbooks="1" npages="1" nrows="1" ncols="1"> +</Tensor5> +<Tensor5 nshelves="121" nbooks="1" npages="1" nrows="1" ncols="1"> +</Tensor5> +</SingleScatteringData> +<SingleScatteringData version="3"> +<String>"totally_random"</String> +<String>"Spherical particle of liquid water generated using +miepython and python by Manfred Brath, 2024-09-11 +mean particle size:175.00000µm +Geometric mean of the scattering properties of 1 +uniformly distributed liquid water spheres between +1.8e+02 um and 1.8e+02 um"</String> +<Vector nelem="121"> +</Vector> +<Vector nelem="1"> +</Vector> +<Vector nelem="721"> +</Vector> +<Vector nelem="0"> +</Vector> +<Tensor7 nlibraries="121" nvitrines="1" nshelves="721" nbooks="1" npages="1" nrows="1" ncols="6"> +</Tensor7> +<Tensor5 nshelves="121" nbooks="1" npages="1" nrows="1" ncols="1"> +</Tensor5> +<Tensor5 nshelves="121" nbooks="1" npages="1" nrows="1" ncols="1"> +</Tensor5> +</SingleScatteringData> +<SingleScatteringData version="3"> +<String>"totally_random"</String> +<String>"Spherical particle of liquid water generated using +miepython and python by Manfred Brath, 2024-09-11 +mean particle size:200.00000µm +Geometric mean of the scattering properties of 1 +uniformly distributed liquid water spheres between +2e+02 um and 2e+02 um"</String> +<Vector nelem="121"> +</Vector> +<Vector nelem="1"> +</Vector> +<Vector nelem="721"> +</Vector> +<Vector nelem="0"> +</Vector> +<Tensor7 nlibraries="121" nvitrines="1" nshelves="721" nbooks="1" npages="1" nrows="1" ncols="6"> +</Tensor7> +<Tensor5 nshelves="121" nbooks="1" npages="1" nrows="1" ncols="1"> +</Tensor5> +<Tensor5 nshelves="121" nbooks="1" npages="1" nrows="1" ncols="1"> +</Tensor5> +</SingleScatteringData> +<SingleScatteringData version="3"> +<String>"totally_random"</String> +<String>"Spherical particle of liquid water generated using +miepython and python by Manfred Brath, 2024-09-11 +mean particle size:275.00000µm +Geometric mean of the scattering properties of 1 +uniformly distributed liquid water spheres between +2.8e+02 um and 2.8e+02 um"</String> +<Vector nelem="121"> +</Vector> +<Vector nelem="1"> +</Vector> +<Vector nelem="721"> +</Vector> +<Vector nelem="0"> +</Vector> +<Tensor7 nlibraries="121" nvitrines="1" nshelves="721" nbooks="1" npages="1" nrows="1" ncols="6"> +</Tensor7> +<Tensor5 nshelves="121" nbooks="1" npages="1" nrows="1" ncols="1"> +</Tensor5> +<Tensor5 nshelves="121" nbooks="1" npages="1" nrows="1" ncols="1"> +</Tensor5> +</SingleScatteringData> +<SingleScatteringData version="3"> +<String>"totally_random"</String> +<String>"Spherical particle of liquid water generated using +miepython and python by Manfred Brath, 2024-09-11 +mean particle size:325.00000µm +Geometric mean of the scattering properties of 1 +uniformly distributed liquid water spheres between +3.3e+02 um and 3.3e+02 um"</String> +<Vector nelem="121"> +</Vector> +<Vector nelem="1"> +</Vector> +<Vector nelem="721"> +</Vector> +<Vector nelem="0"> +</Vector> +<Tensor7 nlibraries="121" nvitrines="1" nshelves="721" nbooks="1" npages="1" nrows="1" ncols="6"> +</Tensor7> +<Tensor5 nshelves="121" nbooks="1" npages="1" nrows="1" ncols="1"> +</Tensor5> +<Tensor5 nshelves="121" nbooks="1" npages="1" nrows="1" ncols="1"> +</Tensor5> +</SingleScatteringData> +<SingleScatteringData version="3"> +<String>"totally_random"</String> +<String>"Spherical particle of liquid water generated using +miepython and python by Manfred Brath, 2024-09-11 +mean particle size:400.00000µm +Geometric mean of the scattering properties of 1 +uniformly distributed liquid water spheres between +4e+02 um and 4e+02 um"</String> +<Vector nelem="121"> +</Vector> +<Vector nelem="1"> +</Vector> +<Vector nelem="721"> +</Vector> +<Vector nelem="0"> +</Vector> +<Tensor7 nlibraries="121" nvitrines="1" nshelves="721" nbooks="1" npages="1" nrows="1" ncols="6"> +</Tensor7> +<Tensor5 nshelves="121" nbooks="1" npages="1" nrows="1" ncols="1"> +</Tensor5> +<Tensor5 nshelves="121" nbooks="1" npages="1" nrows="1" ncols="1"> +</Tensor5> +</SingleScatteringData> +<SingleScatteringData version="3"> +<String>"totally_random"</String> +<String>"Spherical particle of liquid water generated using +miepython and python by Manfred Brath, 2024-09-11 +mean particle size:525.00000µm +Geometric mean of the scattering properties of 1 +uniformly distributed liquid water spheres between +5.3e+02 um and 5.3e+02 um"</String> +<Vector nelem="121"> +</Vector> +<Vector nelem="1"> +</Vector> +<Vector nelem="721"> +</Vector> +<Vector nelem="0"> +</Vector> +<Tensor7 nlibraries="121" nvitrines="1" nshelves="721" nbooks="1" npages="1" nrows="1" ncols="6"> +</Tensor7> +<Tensor5 nshelves="121" nbooks="1" npages="1" nrows="1" ncols="1"> +</Tensor5> +<Tensor5 nshelves="121" nbooks="1" npages="1" nrows="1" ncols="1"> +</Tensor5> +</SingleScatteringData> +<SingleScatteringData version="3"> +<String>"totally_random"</String> +<String>"Spherical particle of liquid water generated using +miepython and python by Manfred Brath, 2024-09-11 +mean particle size:650.00000µm +Geometric mean of the scattering properties of 1 +uniformly distributed liquid water spheres between +6.5e+02 um and 6.5e+02 um"</String> +<Vector nelem="121"> +</Vector> +<Vector nelem="1"> +</Vector> +<Vector nelem="721"> +</Vector> +<Vector nelem="0"> +</Vector> +<Tensor7 nlibraries="121" nvitrines="1" nshelves="721" nbooks="1" npages="1" nrows="1" ncols="6"> +</Tensor7> +<Tensor5 nshelves="121" nbooks="1" npages="1" nrows="1" ncols="1"> +</Tensor5> +<Tensor5 nshelves="121" nbooks="1" npages="1" nrows="1" ncols="1"> +</Tensor5> +</SingleScatteringData> +<SingleScatteringData version="3"> +<String>"totally_random"</String> +<String>"Spherical particle of liquid water generated using +miepython and python by Manfred Brath, 2024-09-11 +mean particle size:800.00000µm +Geometric mean of the scattering properties of 1 +uniformly distributed liquid water spheres between +8e+02 um and 8e+02 um"</String> +<Vector nelem="121"> +</Vector> +<Vector nelem="1"> +</Vector> +<Vector nelem="721"> +</Vector> +<Vector nelem="0"> +</Vector> +<Tensor7 nlibraries="121" nvitrines="1" nshelves="721" nbooks="1" npages="1" nrows="1" ncols="6"> +</Tensor7> +<Tensor5 nshelves="121" nbooks="1" npages="1" nrows="1" ncols="1"> +</Tensor5> +<Tensor5 nshelves="121" nbooks="1" npages="1" nrows="1" ncols="1"> +</Tensor5> +</SingleScatteringData> +<SingleScatteringData version="3"> +<String>"totally_random"</String> +<String>"Spherical particle of liquid water generated using +miepython and python by Manfred Brath, 2024-09-11 +mean particle size:1000.00000µm +Geometric mean of the scattering properties of 1 +uniformly distributed liquid water spheres between +1e+03 um and 1e+03 um"</String> +<Vector nelem="121"> +</Vector> +<Vector nelem="1"> +</Vector> +<Vector nelem="721"> +</Vector> +<Vector nelem="0"> +</Vector> +<Tensor7 nlibraries="121" nvitrines="1" nshelves="721" nbooks="1" npages="1" nrows="1" ncols="6"> +</Tensor7> +<Tensor5 nshelves="121" nbooks="1" npages="1" nrows="1" ncols="1"> +</Tensor5> +<Tensor5 nshelves="121" nbooks="1" npages="1" nrows="1" ncols="1"> +</Tensor5> +</SingleScatteringData> +<SingleScatteringData version="3"> +<String>"totally_random"</String> +<String>"Spherical particle of liquid water generated using +miepython and python by Manfred Brath, 2024-09-11 +mean particle size:1500.00000µm +Geometric mean of the scattering properties of 1 +uniformly distributed liquid water spheres between +1.5e+03 um and 1.5e+03 um"</String> +<Vector nelem="121"> +</Vector> +<Vector nelem="1"> +</Vector> +<Vector nelem="721"> +</Vector> +<Vector nelem="0"> +</Vector> +<Tensor7 nlibraries="121" nvitrines="1" nshelves="721" nbooks="1" npages="1" nrows="1" ncols="6"> +</Tensor7> +<Tensor5 nshelves="121" nbooks="1" npages="1" nrows="1" ncols="1"> +</Tensor5> +<Tensor5 nshelves="121" nbooks="1" npages="1" nrows="1" ncols="1"> +</Tensor5> +</SingleScatteringData> +<SingleScatteringData version="3"> +<String>"totally_random"</String> +<String>"Spherical particle of liquid water generated using +miepython and python by Manfred Brath, 2024-09-11 +mean particle size:1750.00000µm +Geometric mean of the scattering properties of 1 +uniformly distributed liquid water spheres between +1.8e+03 um and 1.8e+03 um"</String> +<Vector nelem="121"> +</Vector> +<Vector nelem="1"> +</Vector> +<Vector nelem="721"> +</Vector> +<Vector nelem="0"> +</Vector> +<Tensor7 nlibraries="121" nvitrines="1" nshelves="721" nbooks="1" npages="1" nrows="1" ncols="6"> +</Tensor7> +<Tensor5 nshelves="121" nbooks="1" npages="1" nrows="1" ncols="1"> +</Tensor5> +<Tensor5 nshelves="121" nbooks="1" npages="1" nrows="1" ncols="1"> +</Tensor5> +</SingleScatteringData> +<SingleScatteringData version="3"> +<String>"totally_random"</String> +<String>"Spherical particle of liquid water generated using +miepython and python by Manfred Brath, 2024-09-11 +mean particle size:2000.00000µm +Geometric mean of the scattering properties of 1 +uniformly distributed liquid water spheres between +2e+03 um and 2e+03 um"</String> +<Vector nelem="121"> +</Vector> +<Vector nelem="1"> +</Vector> +<Vector nelem="721"> +</Vector> +<Vector nelem="0"> +</Vector> +<Tensor7 nlibraries="121" nvitrines="1" nshelves="721" nbooks="1" npages="1" nrows="1" ncols="6"> +</Tensor7> +<Tensor5 nshelves="121" nbooks="1" npages="1" nrows="1" ncols="1"> +</Tensor5> +<Tensor5 nshelves="121" nbooks="1" npages="1" nrows="1" ncols="1"> +</Tensor5> +</SingleScatteringData> +<SingleScatteringData version="3"> +<String>"totally_random"</String> +<String>"Spherical particle of liquid water generated using +miepython and python by Manfred Brath, 2024-09-11 +mean particle size:2750.00000µm +Geometric mean of the scattering properties of 1 +uniformly distributed liquid water spheres between +2.8e+03 um and 2.8e+03 um"</String> +<Vector nelem="121"> +</Vector> +<Vector nelem="1"> +</Vector> +<Vector nelem="721"> +</Vector> +<Vector nelem="0"> +</Vector> +<Tensor7 nlibraries="121" nvitrines="1" nshelves="721" nbooks="1" npages="1" nrows="1" ncols="6"> +</Tensor7> +<Tensor5 nshelves="121" nbooks="1" npages="1" nrows="1" ncols="1"> +</Tensor5> +<Tensor5 nshelves="121" nbooks="1" npages="1" nrows="1" ncols="1"> +</Tensor5> +</SingleScatteringData> +<SingleScatteringData version="3"> +<String>"totally_random"</String> +<String>"Spherical particle of liquid water generated using +miepython and python by Manfred Brath, 2024-09-11 +mean particle size:3250.00000µm +Geometric mean of the scattering properties of 1 +uniformly distributed liquid water spheres between +3.3e+03 um and 3.3e+03 um"</String> +<Vector nelem="121"> +</Vector> +<Vector nelem="1"> +</Vector> +<Vector nelem="721"> +</Vector> +<Vector nelem="0"> +</Vector> +<Tensor7 nlibraries="121" nvitrines="1" nshelves="721" nbooks="1" npages="1" nrows="1" ncols="6"> +</Tensor7> +<Tensor5 nshelves="121" nbooks="1" npages="1" nrows="1" ncols="1"> +</Tensor5> +<Tensor5 nshelves="121" nbooks="1" npages="1" nrows="1" ncols="1"> +</Tensor5> +</SingleScatteringData> +<SingleScatteringData version="3"> +<String>"totally_random"</String> +<String>"Spherical particle of liquid water generated using +miepython and python by Manfred Brath, 2024-09-11 +mean particle size:4000.00000µm +Geometric mean of the scattering properties of 1 +uniformly distributed liquid water spheres between +4e+03 um and 4e+03 um"</String> +<Vector nelem="121"> +</Vector> +<Vector nelem="1"> +</Vector> +<Vector nelem="721"> +</Vector> +<Vector nelem="0"> +</Vector> +<Tensor7 nlibraries="121" nvitrines="1" nshelves="721" nbooks="1" npages="1" nrows="1" ncols="6"> +</Tensor7> +<Tensor5 nshelves="121" nbooks="1" npages="1" nrows="1" ncols="1"> +</Tensor5> +<Tensor5 nshelves="121" nbooks="1" npages="1" nrows="1" ncols="1"> +</Tensor5> +</SingleScatteringData> +</Array> +</Array> +</arts> diff --git a/scattering/H2O_liquid_full_spectrum/MieSpheres_H2O_liquid.xml.bin b/scattering/H2O_liquid_full_spectrum/MieSpheres_H2O_liquid.xml.bin new file mode 100644 index 0000000000000000000000000000000000000000..f984351529435e1516917f2ca60f350ae51e0672 Binary files /dev/null and b/scattering/H2O_liquid_full_spectrum/MieSpheres_H2O_liquid.xml.bin differ diff --git a/scattering/README b/scattering/README index b7aa787a1570032b655558767159881f47784e7b..82a1e94bd261aca68a039298c52982a586972959 100644 --- a/scattering/README +++ b/scattering/README @@ -17,6 +17,26 @@ H2O_ice/*.xml - data created by ARTS developers using atmlab routines (Maetzler's matlab Mie code; dielectric property routines) - for more details data headers +H2O_ice_full_spectrum/*.xml +----------------------- +- Array of single scattering data (*.xml) and corresponding array of meta data (*.meta.xml) +- water ice particles (e.g. for Earth ice clouds, hail, snow) +- full spectrum from 1 GHz to 3PHz (wavelengths: 30 cm to 100 nm) +- range of sizes (0.1-4,000um), all assumed as solid spheres +- data created by ARTS developers using MieScatteringForARTS-package (https://github.com/atmtools/MieScatteringForARTS), + which uses miepython (version 2.5.3, https://github.com/scottprahl/miepython/) +- for more details data headers + +H2O_liquid_full_spectrum/*.xml +----------------------- +- Array of single scattering data (*.xml) and corresponding array of meta data (*.meta.xml) +- liquid water particles (e.g. for Earth liquid clouds and rain) +- full spectrum from 1 GHz to 3PHz (wavelengths: 30 cm to 100 nm) +- range of sizes (0.1-4,000um), all assumed as solid spheres +- data created by ARTS developers using MieScatteringForARTS-package (https://github.com/atmtools/MieScatteringForARTS), + which uses miepython (version 2.5.3, https://github.com/scottprahl/miepython/) +- for more details data headers + fosangles_360.xml ----------------------- - set of directions/angles (polar and azimuth angles) for FOS calculations