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Reflectometric measurement of plasma imaging and applications

Authors :
Mase, A.
Ito, N.
Oda, M.
Komada, Y.
Nagae, D.
Zhang, D.
Kogi, Y.
Tobimatsu, S.
Maruyama, T.
Shimazu, H.
Sakata, E.
Sakai, F.
Kuwahara, D.
Yoshinaga, T.
Tokuzawa, T.
Nagayama, Y.
Kawahata, K.
Yamaguchi, S.
Tsuji-lio, S.
Domier, C.W.
Luhmann, N.C.
Park, H.K.
Yun, G.
Lee, W.
Padhi, Shantanu
Kim, K.W.
Mase, A.
Ito, N.
Oda, M.
Komada, Y.
Nagae, D.
Zhang, D.
Kogi, Y.
Tobimatsu, S.
Maruyama, T.
Shimazu, H.
Sakata, E.
Sakai, F.
Kuwahara, D.
Yoshinaga, T.
Tokuzawa, T.
Nagayama, Y.
Kawahata, K.
Yamaguchi, S.
Tsuji-lio, S.
Domier, C.W.
Luhmann, N.C.
Park, H.K.
Yun, G.
Lee, W.
Padhi, Shantanu
Kim, K.W.
Publication Year :
2012

Abstract

Progress in microwave and millimeter-wave technologies has made possible advanced diagnostics for application to various fields, such as, plasma diagnostics, radio astronomy, alien substance detection, airborne and spaceborne imaging radars called as synthetic aperture radars, living body measurements. Transmission, reflection, scattering, and radiation processes of electromagnetic waves are utilized as diagnostic tools. In this report we focus on the reflectometric measurements and applications to biological signals (vital signal detection and breast cancer detection) as well as plasma diagnostics, specifically by use of imaging technique and ultra-wideband radar technique.

Details

Database :
OAIster
Publication Type :
Electronic Resource
Accession number :
edsoai.on1033955328
Document Type :
Electronic Resource