Composite visible/thermal-infrared imaging apparatus
作者： Robert D. Lillquist
DOI:
关键词: Multispectral image 、 Detector 、 Radiation 、 False color 、 Physics 、 Composite image filter 、 Optics 、 Beam splitter 、 Signal 、 Optoelectronics 、 Infrared
摘要: Multispectral imaging apparatus for producing a composite dual wavelength visible/infrared image includes independent focus reflective optical system receiving visible and infrared radiation from scene providing focused beam of radiation, splitter splitting the into detector first signal, second signal processing display converting signals video corresponding to black white step-tone or false color scene. The images are combined in exact spatial registration produce comprising with portions highlighted accordance received
lens.org 参考文章(15)
C Coleman, Multispectral data sensor and display system ,(1972)
T. Z. Martin, Camera for Monitoring Vegetation ,(1986)
Teruo Fumoto, Akira Kaneko, Jun Nishida, Infrared image pickup image ,(1984)
Paul S. Catano, William E. Richards, All-weather multi-spectral imaging system ,(1976)
Robert C. Gibbons, Compact, high cold shield efficiency optical system ,(1981)
D Ross, L Roberts, False color radiant energy detection method and apparatus ,(1971)
Alan Elmer Sarson, William James Rowley Clark, Surveillance arrangement including a television system and infrared detector means ,(1976)
Robert D. Lillquist, Thomas L. Vogelsong, Joseph M. Pimbley, Composite visible/thermal-infrared imaging system ,(1985)
Victor J. Anselmo, Terrence H. Reilly, Medical diagnosis system and method with multispectral imaging ,(1977)
Liber J Montone, Donald C Walls, Method and apparatus for aligning a mask and a substrate using infrared radiation ,(1969)