EMRP Connections

I want to take part in
Traceable Radiometry for Remote
Measurement of Climate Parameters
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Traceable Radiometry for Remote
Measurement of Climate Parameters ?

Read about the selected research topic. SRT17e Traceable Radiometry for Remote Measurement of Climate Parameters

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Submit Date	Name	Institute	Statement of capabilities/facilities
2010-08-16	Nigel Fox	National Physical Laboratory	We are the coordinator of a project proposal under this SRT title. We have a full range of capabilities across all spectral domains and wide experience in addressing the needs of the EO community for both pre-flight and post-launch calibration and validation. In the latter case both on-board and field test-sites are within our expertise. Similarly we have been engaged in supporting EO sensors for research related to Land, Ocean and Atmosphere.
2010-07-09	J�rg Hollandt	Physikalisch-Technische Bundesanstalt	PTB is the national metrology institute of Germany. The department of "Radiation Thermometry and Detector Radiometry" has excellent capabilities in non-contact temperature measurement from -170 �C up to 3200 �C(iMERA special facility PriTeRa), spectroradiometry, emissivity measurements and absolute detector radiometry based on blackbody radiation and cryogenic substitution radiometers. Non-contact temperature measurements and radiometry can be performed under vacuum in a temperature range from -170 �C to 430 �C and from 400 nm to 1.6 mm with reduced background radiation for e.g. remote sensing applications. Large area sources can be developed and fully spectroradiometrically characterized for e.g. imaging apllications. Novel techniques/instrumentation are developed for the calibration of detectors with reduced uncertainty (u<10-4) and for calibration of detectors in the photon counting mode.
2010-07-05	Daniel BOS	VSL	VSL offers there knowledge and facilities usable for the calibration and research on Hyper-spectral imagers. We offer to work on a detector-based technique for the calibration and characterization of hyper-spectral imagers in the UV and VIS range using the scanning-spot technique, which VSL has developed in the past.
2010-06-30
2010-06-29	Eija Honkavaara	Finnish Geodetic Institute