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Planetary
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Simulation results
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Initialiazing PSG
Documentation
Tutorial videos
Defining the object
Orbital velocities
Types of stellar-hosts
Types of geometries
Databases
Atmosphere types
Defining the profiles
Molecular linelists
Opacity generator
Scattering aerosols
Defining the surface
Surface materials
Modeling
Radiative transfer
Atmospheric models
Sampling of the planet
Non-LTE processes
Retrieval methods
Instrument simulator
Radiance units
Telluric absorption
Noise simulator
Remote operation
The API system
Calling the API
Installation of PSG
Special keywords
Parameter list
Retrievals
Applications
GlobES planetary mapper
Mars Explorer
iSHELL echelle simulator
ExoMars archive
Nested retrievals
About PSG
About the tool
About the team
Related sites
References
Performance
Updates
Mars
Mars
Further Information
Ask the virtual scientist
Earth
Geometry
: Earth measured via Observatory from 14.6427 pc for date (2020/04/08 01:32 UT)
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Atmosphere and surface
: Surface pressure: 1.00 bar; Molecular weight: 28.97 g/mol; Gases: H2O,CO2,O3,N2O,CO,CH4,O2,N2; Surface temperature: 300 K; Albedo: 0.2; Emissivity: 0.8;
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Instrument parameters
: Measurement range 0.5-17 um with a resolution of 200 RP. Molecular signatures included; Continuum/background fluxes enabled;
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Select template
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Asteroid from JWST
Comet 67P from Rosetta
Comet at Optical Wavelengths
Comet from Herschel
Comet from IR observatory
Comet from Radio observatory
Concept HabEx
Concept LUVOIR
Concept OST
Dome Sky
Earth transmittance
ExoTransit from JWST
Exoplanet K10b from JWST
Io from JWST
Jupiter from HST
Jupiter nonLTE
LIDAR
Mars from ALMA
Mars from ExoMars
Mars from JWST
Mars from observatory
Mass Spectrometry
Pluto from New Horizons
Pluto from Radio observatory
Retrieval
Sun from Earth
Titan from ALMA
Titan from Cassini
Uranus from ALMA
Venus from ALMA
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File units
um
nm
mm
Ang
cm-1
MHz
GHz
kHz
W
W/um
W/cm-1
W/sr
W/sr/um
W/sr/cm-1
W/sr/m2
W/sr/m2/um
W/sr/m2/cm-1
W/sr/m2/Hz
Jy/arcsec2
K (radio)
W/m2
erg/s/cm2
W/m2/um
W/m2/cm-1
Jy
mJy
m (magnitude)
Planet
Exoplanet
Moon
Asteroid
Comet
Object
Cell / Sample
Date [UT]
Ephemeris
Now
T
S
P
Diameter [km]:
Surface gravity [m/s2]
Mean density [g/cm3]
Total mass [kg]
Sphere
103P
1P
67P
9P
Amalthea
Atlas
Bennu
Calypso
Ceres
Deimos
Dione
Epimetheus
Eros
Gaspra
Helene
Hyperion
Iapetus
Ida
Itokawa
Janus
Lutetia
Mathilde
Mimas
Pallas
Pan
Pandora
Phobos
Phoebe
Prometheus
Psyche
Ryugu
Steins
Telesto
Tethys
Thebe
Toutatis
Vesta
Distance to star [AU]:
Velocity to star [km/s]:
Day length [d]:
Sub-solar Longitude[E] and Latitude
Eccentricity, Ascending-node, Year length [d]
Argument, Distance[AU] and Time of periapsis
Phase/season:
Parent star type
O-type
B-type
A-type
F-type
G-type
K-type
M-type
Black body
None
Star temperature [K]:
Star radius [Rsun]:
Viewing geometry
Observatory
Nadir
Limb
Solar occultation
Stellar occultation
Looking up
Looking up to the Sun
Looking up to an object
Dome 360 3D view
In-situ mass spectrometry
From:
User-defined
Disk sub-sampling:
Beam [FWHM]:
arcsec
arcmin
degree
μrad
mrad
km
Diameter
Diffraction
Offsets [NS/EW]:
arcsec
arcmin
degree
km
Diameter
Longitude [E] / Latitude
Inclination
Incidence angle (B)
Relative velocity [km/s]:
Distance:
AU
km
Diameter
parsec
Zenith angle[°]:
Solar azimuth
Phase angle
Background object type:
O-type
B-type
A-type
F-type
G-type
K-type
M-type
Black body
V-magnitude:
Observation
angle (α): 48.121°,
Incidence
angle (β): 48.121°,
Phase
angle: 0°
0.1452 arcsec
From Sun
North-Pole
From observer
South-Pole
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