2006•Unpublished venueRequires access

Millimeter wave WG-resonators for low temperature measurements of low losses dielectrics

Вадим Николаевич Деркач, Boris M. Garin, Р. В. Головащенко, V. G. Korzh, Boris A. Murmuzhev, Sergey V. Nedukh, V. V. Parshin, O.S. Plevako, Victor Ralchenko, Sergey I. Tarapov

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Abstract

The design features and performance characteristics of the experimental installation created for measurement of superlow dielectric losses in solid materials in a millimeter waveband of electromagnetic waves at temperature range from 300 to 0.8 K are presented. The results of model experiments by using of a technique of whispering gallery modes for disk dielectric resonators are discussed.

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What this paper is about

The design features and performance characteristics of the experimental installation created for measurement of superlow dielectric losses in solid materials in a millimeter waveband of electromagnetic waves at temperature range from 300 to 0.8 K are presented. The results of model experiments by using of a technique of whispering gallery modes for disk dielectric resonators are discussed.

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Available abstract

The design features and performance characteristics of the experimental installation created for measurement of superlow dielectric losses in solid materials in a millimeter waveband of electromagnetic waves at temperature range from 300 to 0.8 K are presented. The results of model experiments by using of a technique of whispering gallery modes for disk dielectric resonators are discussed.

Key concepts: Millimeter, Dielectric, Resonator, Extremely high frequency, Materials science, Whispering-gallery wave, Dielectric resonator, Temperature measurement

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