Publication Date:
2019-07-12
Description:
MMIC receiver puts out signal, frequency of which proportioned to brightness temperature of sky at input frequency of 31 GHz. Miniaturization enhances thermal stability and stability of calibration of water-vapor radiometer. Potential for mass production at relatively low cost. Facilitating widespread use of MMIC water vapor radiometers in meteorology and aviation, deployed at several global sites to improve capability of general circulation models and at airports to monitor icing conditions by measuring supercooled liquid water in clouds.
Keywords:
ELECTRONIC COMPONENTS AND CIRCUITS
Type:
NPO-18713
,
NASA Tech Briefs (ISSN 0145-319X); 17; 9; P. 34
Format:
text
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