Remote Sensing lecture one

1. 1Remote sensing consists of the interpretation of measurements of [blank_start]electromagnetic energy reflected[blank_end] from or emitted a target from a vantage point that is distant from the target.

   1. Aelectromagnetic energy reflected
2. 2v = f[blank_start]requency x wavelength[blank_end]

   1. Arequency x wavelength
3. 3v = [blank_start]3x10^8 (The Speed of light)[blank_end]

   1. A3x10^8 (The Speed of light)
4. 4The Sun is [blank_start]a passive source of energy[blank_end]

   1. Aa passive source of energy
5. 5Active sources [blank_start]are lazers[blank_end]

   1. Aare lazers
6. 6Rayleigh Scattering is

   1. AParticles smaller than wavelength(Blue sky) is strongly wavelength dependent
   2. BParticles = wavelength(Water vapour) weak wavelength dependence
   3. CLarger particles, no wavelength dependence(Clouds)
7. 7Mie Scattering:

   1. AParticles smaller than wavelength(Blue sky) is strongly wavelength dependent
   2. BParticles = wavelength(Water vapour) weak wavelength dependence
   3. CLarger particles, no wavelength dependence(Clouds)
8. 8Non-selective scattering:

   1. ALarger particles, no wavelength dependence(Clouds)
   2. BParticles = wavelength(Water vapour) weak wavelength dependence
   3. CParticles smaller than wavelength(Blue sky) is strongly wavelength dependent
9. 9Absorption: [blank_start]Some wavelengths[blank_end] are absorbed by [blank_start]the atmosphere (CO2, Ozone etc.,)[blank_end] It affects where we look in the [blank_start]spectrum(Atmospheric window)[blank_end]

   1. ASome wavelengths
   2. Bthe atmosphere (CO2, Ozone etc.,)
   3. Cspectrum(Atmospheric window)
10. 10Passive sensors:

    1. AGeoEye
    2. BRadarSat
    3. CGLAs ICESat
    4. DETM Landsat
    5. EModis Terra and Aqua
    6. FInferferometric synthetic aperture radar

11. 11Active Sensors:

    1. ARadarSat
    2. BETM Landsat
    3. Cinterferometer Synthetic aperture radar
    4. DModis Terra and aqua
    5. EGeoEye
    6. FGLAS ICESat
12. 12SAR [blank_start](Synthetic aperture Radar)[blank_end] uses [blank_start]repeat images from a moving platform[blank_end] to build up [blank_start]high-resolution images[blank_end]. [blank_start]Aperture refers to antennae size[blank_end]

    1. A(Synthetic aperture Radar)
    2. Brepeat images from a moving platform
    3. Chigh-resolution images
    4. DAperture refers to antennae size
13. 13What is this?

    

    1. ACorner
14. 14Reflector Characteristics?

    

    1. AVolume Scattering
15. 15Reflector Characteristics

    

    1. ALambertian

Descrição

Quiz sobre Remote Sensing lecture one, criado por george alexander em 19-08-2017.

Autor

george alexander

Idioma

English

Visualizações

4

Avaliação

Ainda sem avaliações

Avalie este quiz

Avalie este quiz

Mais sobre Remote Sensing