Imaging System Technology for Remote Sensing: 16-17 September 1998, Beijing, ChinaMingzhi Wei This collection of works on imaging system technology for remote sensing includes individual papers on topics such as the design and fabrication of diffractive microlens arrays, and the optical design for a multichannel scanning radiometer on board a geostationary meteorological satellite. |
Contents
Highperformance CCD on highresistivity silicon 3505505 | 11 |
Design and fabrication of 128 128 diffractive microlens arrays on Si substrates 3505103 | 19 |
Achievement and prospect of satellite remote sensing technology in China Invited Paper | 26 |
Copyright | |
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achieve airborne airship algorithm amplifier angle atmosphere AVHRR AVHRR images background calibration camera CCD sensors China Chinese Academy circuit compression curve DCT coefficient images developed device diffractive microlens arrays electrons emissivity engineering equation equivalent input noise error field of view fill factor filter function georeferenced image heterodyne HgCdTe high resolution hyperspectral images IFOV image registration infrared input integrating sphere JPEG Kimata laser laser beam lens measured method microlens monitoring noise novel imaging system OCCI ocean color operation optical system output parameters peak wavelength performance photon pixel plane processing PtSi PtSi Schottky-barrier quantization radiant exitance radiation radiometer range ratio readout reflectance remote sensing remote sensing system scanning shown in Fig signal simulation solar spatial resolution spectral band spectral radiance spectral response spectrum SPIE Vol Table target cloud technique temperature thermal transform transimpedance amplifier wavelength