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thermopileDevice
In this work, we performed an instrument concept study for sustainable thermal imaging over land with uncooled detectors. We evaluated two different uncooled detector technologies uncooled microbolometers and thermopiles. We have also evaluated materials for use in in a uncooled thermopile detector concept
Thermopile detectors are widely used in uncooled applications where small numbers of detectors are r...
International audienceWe report on the experimental study of the imaging and spectroscopic capabilit...
The objective of this dissertation was to investigate the possibility of uncooled infrared imaging u...
The desire to “see” in complete darkness or through obscurants such as smoke or fog has driven the d...
Advancements in system design for thermal instruments require assessment of potential environmental ...
This work presents the first fabrication of surface-micromachined microbolometers made of polycrysta...
Uncooled microbolometer focal plane array is one of the promising method used in uncooled infrared i...
This thesis provides an account of the application of uncooled microbolometer technology in two diff...
Over the last 20 years, the cost of uncooled microbolometer-based imaging systems has drastically de...
The heater power available for the Solar Probe Plus FIELDS MAG sensor is less than half of the herit...
We describe the design and commissioning of a simple prototype, low-cost 10 μm imaging instrument. T...
The discovery of infrared radiation two centuries ago and the theory of blackbody radiation one cent...
Thermal imaging is a boon to the armed forces namely army, navy and airforce because of its day nigh...
International audienceTechnological progress in uncooled infrared focal plane array sensors has cont...
The blackbody temperature and the albedo of a planet, and the variation of both parameters with lati...
Thermopile detectors are widely used in uncooled applications where small numbers of detectors are r...
International audienceWe report on the experimental study of the imaging and spectroscopic capabilit...
The objective of this dissertation was to investigate the possibility of uncooled infrared imaging u...
The desire to “see” in complete darkness or through obscurants such as smoke or fog has driven the d...
Advancements in system design for thermal instruments require assessment of potential environmental ...
This work presents the first fabrication of surface-micromachined microbolometers made of polycrysta...
Uncooled microbolometer focal plane array is one of the promising method used in uncooled infrared i...
This thesis provides an account of the application of uncooled microbolometer technology in two diff...
Over the last 20 years, the cost of uncooled microbolometer-based imaging systems has drastically de...
The heater power available for the Solar Probe Plus FIELDS MAG sensor is less than half of the herit...
We describe the design and commissioning of a simple prototype, low-cost 10 μm imaging instrument. T...
The discovery of infrared radiation two centuries ago and the theory of blackbody radiation one cent...
Thermal imaging is a boon to the armed forces namely army, navy and airforce because of its day nigh...
International audienceTechnological progress in uncooled infrared focal plane array sensors has cont...
The blackbody temperature and the albedo of a planet, and the variation of both parameters with lati...
Thermopile detectors are widely used in uncooled applications where small numbers of detectors are r...
International audienceWe report on the experimental study of the imaging and spectroscopic capabilit...
The objective of this dissertation was to investigate the possibility of uncooled infrared imaging u...
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