Add to ORKGThe propagation of millimetre waves through the atmosphcre is reviewed, Target temperature contrast and ranges possible are calculated for current passive millimetre wave detectors under various atmospheric conditions. Some possible future developments in passive millimetre wave imaging arrays are also discussed
This paper describes a novel real time mechanically scanned passive millimetre wave imager. This ima...
Millimeter wave passive imaging systems constitute a good compromise between resolution and penetrat...
A large 1.6 m aperture mechanically scanning quasi-optical millimetre wave imaging system designed f...
Passive millimetre-wave imaging is a potential solution to surveillance problems like clouds and oth...
The design and testing of a close range Passive Millimetre Wave (PMMW) scanning thermal imager is de...
This thesis describes the design of a very compact, real time, passive millimetre wave imager. The m...
The ability of millimetre-waves (mm-wave) to penetrate obscurants – be they clothing, fog etc. – ena...
This thesis describes the design and construction of a close range Passive Millimetre Wave (PMMW) sc...
The SPIE Passive and Active Millimeter Wave Imaging conference has provided an annual focus and foru...
This PhD programme is contributing to the development of Passive Millimetre-Wave Imagers (PMMWI) usi...
The increasing bandwidth requirement of new wireless applications has lead to standardization of the...
The SPIE Passive and Active Millimeter Wave Imaging conference has provided an annual focus and foru...
Microwave radiometry deals with the measurement of the natural thermally caused electromagnetic radi...
CCBY A model for scene simulation is presented which describes quantitatively the recognized phenome...
As millimeter wave (MMW) electronic technologies have matured, the MMW imaging using for human secur...
This paper describes a novel real time mechanically scanned passive millimetre wave imager. This ima...
Millimeter wave passive imaging systems constitute a good compromise between resolution and penetrat...
A large 1.6 m aperture mechanically scanning quasi-optical millimetre wave imaging system designed f...
Passive millimetre-wave imaging is a potential solution to surveillance problems like clouds and oth...
The design and testing of a close range Passive Millimetre Wave (PMMW) scanning thermal imager is de...
This thesis describes the design of a very compact, real time, passive millimetre wave imager. The m...
The ability of millimetre-waves (mm-wave) to penetrate obscurants – be they clothing, fog etc. – ena...
This thesis describes the design and construction of a close range Passive Millimetre Wave (PMMW) sc...
The SPIE Passive and Active Millimeter Wave Imaging conference has provided an annual focus and foru...
This PhD programme is contributing to the development of Passive Millimetre-Wave Imagers (PMMWI) usi...
The increasing bandwidth requirement of new wireless applications has lead to standardization of the...
The SPIE Passive and Active Millimeter Wave Imaging conference has provided an annual focus and foru...
Microwave radiometry deals with the measurement of the natural thermally caused electromagnetic radi...
CCBY A model for scene simulation is presented which describes quantitatively the recognized phenome...
As millimeter wave (MMW) electronic technologies have matured, the MMW imaging using for human secur...
This paper describes a novel real time mechanically scanned passive millimetre wave imager. This ima...
Millimeter wave passive imaging systems constitute a good compromise between resolution and penetrat...
A large 1.6 m aperture mechanically scanning quasi-optical millimetre wave imaging system designed f...