Search Results - "Eng, Bjorn T."

High spatial resolution imaging of methane and other trace gases with the airborne Hyperspectral Thermal Emission Spectrometer (HyTES) by Hulley, Glynn C, Duren, Riley M, Hopkins, Francesca M, Hook, Simon J, Vance, Nick, Guillevic, Pierre, Johnson, William R, Eng, Bjorn T, Mihaly, Jonathan M, Jovanovic, Veljko M, Chazanoff, Seth L, Staniszewski, Zak K, Kuai, Le, Worden, John, Frankenberg, Christian, Rivera, Gerardo, Aubrey, Andrew D, Miller, Charles E, Malakar, Nabin K, Sánchez Tomás, Juan M, Holmes, Kendall T

“…Currently large uncertainties exist associated with the attribution and quantification of fugitive emissions of criteria pollutants and greenhouse gases such…”
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Quantum well earth science testbed by Johnson, William R., Hook, Simon J., Mouroulis, Pantazis, Wilson, Daniel W., Gunapala, Sarath D., Hill, Cory J., Mumolo, Jason M., Eng, Bjorn T.

“…A thermal hyperspectral imager is underdevelopment which utilizes the compact Dyson optical configuration and the broadband (8–12 μm) quantum well infrared…”
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Field calibration of a broadband compact thermal infrared spectrometer for earth science by Johnson, William R, Hook, Simon J, Mouroulis, Pantazis, Wilson, Daniel W, Gunapala, Sarath D, Hill, Cory J, Realmuto, Vincent, Mumolo, Jason M, Eng, Bjorn T

“…We present field results showing excellent performance for a compact earth observing thermal infrared (EOTIR) hyperspectral grating spectrometer using a…”
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HyTES: Thermal imaging spectrometer development by Johnson, W R, Hook, S J, Mouroulis, P, Wilson, D W, Gunapala, S D, Realmuto, V, Lamborn, A, Paine, C, Mumolo, J M, Eng, B T

“…The Jet Propulsion Laboratory has developed the Hyperspectral Thermal Emission Spectrometer (HyTES). 12 It is an airborne pushbroom imaging spectrometer based…”
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Thermal infrared spectral imager for airborne science applications by Johnson, W.R., Hook, S.J., Mouroulis, P., Wilson, D.W., Gunapala, S.D., Hill, C.J., Mumolo, J.M., Eng, B.T.

“…An airborne thermal hyperspectral imager is under development which utilizes the compact Dyson optical configuration and quantum well infrared photo detector…”
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