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- 1ce6f43e-8bee-4b3a-9a0e-3ea2a9f5e7b3 definition "The ECOsystem Spaceborne Thermal Radiometer Experiment on Space Station (ECOSTRESS) will be implemented by placing the existing space-ready Prototype HyspIRI Thermal Infrared Radiometer (PHyTIR) on the International Space Station (ISS) and using it to gather the measurements needed to address the science goals and objectives. PHyTIR was developed under the Earth Science Technology Office (ESTO) Instrument Incubator Program (IIP). From the ISS, PHyTIR will provide data with 38-m in-track by 69-m cross-track spatial resolution (science requirement is 100 m) and predicted temperature sensitivity of ≤0.1 K (science requirement is 0.3 K). The ISS orbit allows excellent coverage of the selected targets including diurnal coverage. The existing hardware was developed to reduce the cost and risk for the thermal infrared radiometer on the future Hyperspectral Infrared Imager (HyspIRI) mission, A double-sided scan mirror, rotating at a constant 23.3 rpm, allows the telescope to view a 51°-wide nadir cross-track swath as well as two internal blackbody calibration targets every 1.29 seconds (Note that the two-sided mirror rotating at 23.3 rpm provides 46.6 sweeps per minute). The optical signal is focused by a telescope onto the 60 K focal plane containing a custom 13.2-μm-cutoff mercury-cadmium-telluride (MCT) infrared detector array. Spectral filters on the focal plane define 5 spectral bands in the 8-12.5 μm range and an additional band at 1.6 um for geolocation and cloud detection (six bands total). The focal plane is cooled by two commercial Thales cryocoolers. Electronics consist of six build-to-print and four commercial boards. Heat rejection for the ECOSTRESS cryocoolers and electronics is provided by the cooling fluid loop on the ISS Japanese Experiment Module External Facility (JEM-EF). ECOSTRESS can fit any of the nine JEM-EF payload locations but will be deployed at Site 10 (one of the two end locations)." @default.
- 1ce6f43e-8bee-4b3a-9a0e-3ea2a9f5e7b3 id "1654336" @default.
- 1ce6f43e-8bee-4b3a-9a0e-3ea2a9f5e7b3 path_id 2e38423f-a5e6-411a-88d3-8fdc00aaf30a @default.
- 1ce6f43e-8bee-4b3a-9a0e-3ea2a9f5e7b3 path_id 4f81c61c-f100-4bc4-9664-d9b70d2f162f @default.
- 1ce6f43e-8bee-4b3a-9a0e-3ea2a9f5e7b3 path_id 6015ef7b-f3bd-49e1-9193-cc23db566b69 @default.
- 1ce6f43e-8bee-4b3a-9a0e-3ea2a9f5e7b3 path_id 944b7691-af37-4fb4-9393-c114e7997829 @default.
- 1ce6f43e-8bee-4b3a-9a0e-3ea2a9f5e7b3 path_id b2140059-b3ca-415c-b0a7-3e142783ffe8 @default.
- 1ce6f43e-8bee-4b3a-9a0e-3ea2a9f5e7b3 path_label "Earth Remote Sensing Instruments" @default.
- 1ce6f43e-8bee-4b3a-9a0e-3ea2a9f5e7b3 path_label "Imaging Spectrometers/Radiometers" @default.
- 1ce6f43e-8bee-4b3a-9a0e-3ea2a9f5e7b3 path_label "Instruments" @default.
- 1ce6f43e-8bee-4b3a-9a0e-3ea2a9f5e7b3 path_label "Passive Remote Sensing" @default.
- 1ce6f43e-8bee-4b3a-9a0e-3ea2a9f5e7b3 path_label "Spectrometers/Radiometers" @default.
- 1ce6f43e-8bee-4b3a-9a0e-3ea2a9f5e7b3 prefLabel "PHyTIR" @default.
- 1ce6f43e-8bee-4b3a-9a0e-3ea2a9f5e7b3 reference "https://ecostress.jpl.nasa.gov/instrument" @default.
- 1ce6f43e-8bee-4b3a-9a0e-3ea2a9f5e7b3 tag "Instruments" @default.