Titlebook: Broadband Reflectometry for Enhanced Diagnostics and Monitoring Applications; Andrea Cataldo,Egidio De Benedetto,Giuseppe Cannaz Book 2011

协议

Andrea Cataldo,Egidio De Benedetto,Giuseppe CannazState of the art of microwave reflectometry based methods for diagnostics and monitoring applications.Major practical applications of reflectometry and related results are discussed.Written by leading

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Lecture Notes in Electrical Engineeringhttp://image.papertrans.cn/b/image/191243.jpg

要控制

Introduction, used for monitoring and diagnostics purposes. The adjective . emphasizes the fact that the analysis can be carried out over a wide frequency range. A brief survey of the typical applications of BMR is also provided.

债务

1876-1100 hem with a significant performance enhancement in terms of measurement accuracy, low cost, versatility, and practical implementation possibility, so as to unlock the strong potential of BMR..978-3-642-26797-0978-3-642-20233-9Series ISSN 1876-1100 Series E-ISSN 1876-1119

Crepitus

审问,审讯

Quantitative and Qualitative Characterization of Liquid Materials,nd through the realization of a custom-made fixture that allows performing short-open-load (SOL) calibration measurements..Finally, BMR-based measurements of the dielectric characteristics are extended to edible liquids: in particular, vegetable oils are considered..Reported results show that all th

Oscillate

Qualitative Characterization of Granular Materials and Moisture Measurements, be performed. Furthermore, the adoption of antennas in place of the traditional probes is discussed (thus assessing the possibility of guaranteeing a noninvasive approach). Finally, two innovative strategies for enhancing and simplifying TDR-based measurements of static electrical conductivity . .

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hieroglyphic

Ischemia

Jie G. Fowler,Rongwei Chu,Aubrey R. Fowler be performed. Furthermore, the adoption of antennas in place of the traditional probes is discussed (thus assessing the possibility of guaranteeing a noninvasive approach). Finally, two innovative strategies for enhancing and simplifying TDR-based measurements of static electrical conductivity . .