3 edition of RF material characterization using a large-diameter (76.8 mm) coaxial air line found in the catalog.
RF material characterization using a large-diameter (76.8 mm) coaxial air line
by U.S. Dept. of Commerce, National Institute of Standards and Technology in Boulder, Colo. (325 Broadway, Boulder 80303-3337)
Written in English
|Other titles||Radio frequency material characterization using a large-diameter (76.8 mm) coaxial air line.|
|Statement||Chriss A. Jones, John H. Grosvenor, Claude M. Weil.|
|Series||NIST technical note -- 1517.|
|Contributions||Grosvenor, John H., Weil, Claude., National Institute of Standards and Technology (U.S.), Electronics and Electrical Engineering Laboratory (National Institute of Standards and Technology). Radio-Frequency Technology Division.|
|The Physical Object|
|Pagination||iii, 51 p.|
|Number of Pages||51|
This chapter is devoted to a complete analysis of remarkable electromagnetic properties of nanomaterials suitable for antenna design miniaturization. After a review of state of the art mesoscopic scale modeling tools and characterization techniques in microwave domain, new approaches based on wideband material parameters identification (complex permittivity and conductivity) will be described History of Wireless Communications The ﬁrst wireless networks were developed in the Pre-industrial age. These systems transmitted infor-mation over line-of-sight distances (later extended by telescopes) using smoke signals, torch signaling, ﬂashing mirrors, signal ﬂares, or semaphore ://~liu/I/Material/
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RF material characterization using a large-diameter ( mm) coaxial air line Item Preview RF Material Characterization Using a Large-Diameter ( mm) Coaxial Air Line. Published. February 1, We summarize the relative advantages and disadvantages of using large-diameter coaxial air lines for material characterization and we discuss the particular problems associated with calibrating vector network analyzers in this form Get this from a library.
RF material characterization using a large-diameter ( mm) coaxial air line. [Chriss A Jones; John H Grosvenor; Claude Weil; National Institute of Standards and Technology (U.S.); Electronics and Electrical Engineering Laboratory (National Institute of Standards and Technology).
Radio-Frequency Technology Division.] RF Material Characterization Using a Large- Diameter: ( mm) Coaxial Air Line by Chriss A. Jones (, Paperback) by Chriss A. Jones, John H. Grosvenor, Claude M. material using coaxial probe. IEEE Sensors Journal.
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Originally deriving from the manufacture of ceramics and its putative derivative metallurgy, materials science is one of the oldest forms of engineering and applied science. Modern materials science evolved directly from metallurgy Eddy current testing is a versatile technique that makes possible the hot eddy current testing of semi-finished products such as wires, bars and tubes at temperatures of up to 1, °C [59,75] and at production speeds of up to m/s.
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The trade-offs in permeability, frequency stability and loss tangent are described using analytical equations, followed by synthesis and characterization. The second part of the paper describes nanolayered RF dielectrics with self-compensating temperature deviation in the nanolayers, while also makeup of a material through decomposition.
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Some people prefer a single number answer but there are better :// The non-contact and non-destructive character of the technique in addition to the high sensitivity to thermal inhomogeneities, make PMTR an attractive material evaluation technique. The technological trend towards smaller structures in the field of microelectronics creates the need for characterization techniques with improved spatial :// This paper describes the first example of an adaption of near-field communication (NFC) technology—in billion modern smartphones and mobile devices installed in —toward portable, wireless, non-line-of-sight gas phase chemical sensing.
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