WFIS: a wide field-of-view imaging spectrometer
The WFIS is a patented optical design intended for use in remote sensing of the Earth and the Earth''s atmosphere in the hyperspectral imaging mode. It is meant to operate as a pushbroom
Get Quote••This optical system is a new type of integrated field of view imaging spectrometer.••••This optical system is a new type of integrated field of view imaging spectrometer.••The struct...
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The WFIS is a patented optical design intended for use in remote sensing of the Earth and the Earth''s atmosphere in the hyperspectral imaging mode. It is meant to operate as a pushbroom
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A wide-field imaging spectrometer based on a grating prism is proposed. The grating and prism parameters are discussed to balance spectral distortion over the entire band.
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The spectrometer is intended to be launched on a small satellite orbiting at 700 km and observing the Earth with a wide field-of-view of 120° and a spatial resolution of 2.6 km at nadir. The satellite will
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WFOS will provide highly efficient imaging and multi-slit spectroscopy over the wavelength range 0.31-1.0 µm and a wide field of view of 8.3x3 arcminute, centered at the telescope optical axis.
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By enabling simultaneous CD and ORD measurements over wide fields of view, it provides a unique imaging approach that captures chiral variations within heterogeneous samples.
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The WFIRST payload includes two main instruments: a wide field instrument and a coronagraph instrument. The wide field instrument provides the wide-field imaging and slitless spectroscopy
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To address the limited field of view (FOV) of traditional spectrometers, this paper proposes an improved wide-FOV infrared slitless spectrometer system
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In this paper, the design specifications and performance statistics of a compact, high-resolution, and wide FOV spectrometer is presented, in which ISTL and MLA were employed to
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To address the limited field of view (FOV) of traditional spectrometers, this paper proposes an improved wide-FOV infrared slitless spectrometer system based on the Dyson
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The Wide Field-of-view Imaging Spectrometer (WFIS), a high-performance pushbroom hyperspectral imager designed for atmospheric chemistry and aerosols measurement from an aircraft or satellite,
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WFSS mode disperses the light of any object that is within the field of view of the instrument. This often results in hundreds, if not thousands of spectra that often overlap in the final observation. This mode
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