Skip to Main Content
The improved spatial and thermal resolution of a broad-band microwave correlation radiometer is discussed. Theoretical upper and lower bounds of the combined spatial and thermal resolution in a dense transmission medium are presented along with data obtained for two thermal sources in air. The application of broad-band correlation techniques to medical microwave thermography is novel, and the results indicate that electronic scanning of tissue should be possible.
Microwave Theory and Techniques, IEEE Transactions on (Volume:33 , Issue: 8 )
Date of Publication: Aug 1985