Title / Titre Collaboration Type
How to access icare server through ssh and compile a fortran code
2017-10-06
Open
MODIS day of year online converter
2017-09-18
Open
Plot phase function and its Legendre polynomial expansion with python
2017-05-09
Closed
File name: phase_function_legendre_polynomial_expansion_02.txt
2017-05-09
Closed
File name: phase_function_legendre_polynomial_expansion_01.txt
2017-05-09
Closed
Image id: phase-function-legendre-polynomial-expansion
2017-05-09
Closed
Plot MODIS C6 MYD06 Cloud Fraction with python
2017-05-03
Closed
Image id: myd06-c6-cloud-fraction-data
2017-05-03
Closed
Plot MODIS C6 MYD06 Cloud Water Path with python
2017-05-03
Closed
Image id: myd06-c6-cloud-water-path-data-1
2017-05-03
Closed
Image id: myd06-c6-cloud-water-path-data
2017-05-03
Closed
Lorentz-Mie code written in python
2017-05-03
Closed
Plot MODIS C6 MYD04 Optical Depth Land And Ocean with python (+ add a marker)
2017-04-27
Closed
Image id: myd04-c6-Optical-Depth-Land-And-Ocean-point-marker
2017-04-27
Closed
Plot scattering phase matrix with matplotlib
2017-04-25
Closed
Geometric optic method (ray-tracing+diffraction) for hexagonal pristine crystals
2017-04-25
Closed
File name: hexagomal_pristine_crystal_GOM.txt
2017-04-25
Closed
Image id: geometric-optic-method-hexagonal-pristine-crystals-6
2017-04-25
Closed
Image id: geometric-optic-method-hexagonal-pristine-crystals-5
2017-04-25
Closed
Image id: geometric-optic-method-hexagonal-pristine-crystals-4
2017-04-25
Closed
Image id: geometric-optic-method-hexagonal-pristine-crystals-3
2017-04-25
Closed
Image id: geometric-optic-method-hexagonal-pristine-crystals-2
2017-04-25
Closed
Image id: geometric-optic-method-hexagonal-pristine-crystals-1
2017-04-25
Closed
Write a python script to find corresponding MODIS-CALIOP files over a month
2017-04-24
Closed
Create a python script to run a month of MODIS-CALIOP collocated data
2017-04-24
Closed

Notebook Infos

Notebook owner / Propriétaire du notebook:
Ben

Created / Créé: 2016-05-06

Edited / Modifié: 2016-05-06

Search / Chercher