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DEVELOPMENT AND CHARACTERIZATION OF CERAMIC INSERTS USED IN METALLIC RESONATORS OF EPR SPECTROMETERS TO INCREASE THEIR SENSITIVITY
Journal article   Open access

DEVELOPMENT AND CHARACTERIZATION OF CERAMIC INSERTS USED IN METALLIC RESONATORS OF EPR SPECTROMETERS TO INCREASE THEIR SENSITIVITY

S. Lemishko, I. P. Vorona, I. S. Golovina, V. O. Yukhymchuk, S. M. Okulov, V. V. Nosenko, S. O. Solopan and A. G. Belous
Ukrainian journal of physics (Kiev), v 66(6), pp 497-502
01 Jan 2021
url
https://doi.org/10.15407/ujpe66.6.497View
Published, Version of Record (VoR)Maybe Open Access (Publisher Bronze) Open

Abstract

Physical Sciences Physics Physics, Multidisciplinary Science & Technology
Cylindrical dielectric inserts for a standard EPR spectrometer with a metallic resonator have been developed on the basis of doped barium tetratitanate ceramics (BaTi4O9 + 8.5% ZnO) with the dielectric constant epsilon = 36 and low dielectric losses (tan delta approximate to 1.887x 10(-4)) in a frequency interval of 9-10 GHz. It was found that the application of such dielectric inserts allows the EPR signal to be amplified owing to the redistribution of the microwave field in a standard rectangular TE(102)( )resonator. The amplification is observed for both unsaturated samples and samples characterized by the saturation of the EPR signals. A gain factor of 9 was obtained for unsaturated test MnCl2 samples, and 1.5 for saturated test MgO: Mn ones.

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Physics, Multidisciplinary
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