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Performance of cryogen-free THz detection and passive imaging systems
K. Wood
, S. Doyle
, R. Sudiwala
, E. Pascale
, S. Rowe
, P. Hargrave
, T. Jones
, C. Dunscombe
, W. Grainger
, A. Papageorgiou
, L. Spencer
, P. Mauskopf
, C. Tucker
, P. Ade
Minnesota Institute for Astrophysics
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Chapter in Book/Report/Conference proceeding
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Keyphrases
Cryogen-free
100%
Passive Imaging System
100%
Superconducting Technology
100%
THz Detection
100%
Detection Imaging
100%
High Sensitivity
50%
Performance Characteristics
50%
Performance Measures
50%
Commercially Available
50%
Array Devices
50%
Semiconductor Devices
50%
Operating Conditions
50%
Bolometer
50%
Camera-based
50%
Imaging Camera
50%
In-band Transmission
50%
Single-pixel
50%
Optical Throughput
50%
Mesh Filter
50%
Unwanted Frequency
50%
Remote Control
50%
Liquid Helium Cryostat
50%
Passive THz Imaging
50%
Cryogen
50%
High Attenuation
50%
Non-laboratory
50%
Lumped Element Kinetic Inductance Detectors
50%
Electric Cooling
50%
Physics
Bolometer
100%
Semiconductor Device
100%
Cryostat
100%
Liquid Helium
100%
Transmission Efficiency
100%
Superconducting Film
100%
Detectors
100%