Uslot Technologies
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Abstract:
We describe the operation of a simple near-field interference microwave microscope. The microscope contains two identical probes which are connected to the ends of segments of the coaxial transmission line. The probes are constructed from an open-ended conical coaxial line and are excited by applied microwave voltage in the frequency range of 0.6 – 7.0 GHz. The computer simulation of the field distribution near the aperture of a separate probe was performed. The test objects are placed in the gap between the probes apertures. The main attention was concentrated on motor fuels to detect other impurities. In particular, diesel fuel was studied with impurities in the form of kerosene and synthetic motor oil in different proportions. It is shown that the microscope can reliably detect these impurities even if their content is relatively small. It was also demonstrated that the microscope can be used for determination of the alcohol quality and spirit-based solutions.
Prof. Andrey Radionov, G.G. Mikhailov and D.A. Vinnik
[1] K.P. Gaikovich, P.K. Gaikovich, Inverse problem of near-field scattering in multilayer media, Inverse Problems. 12 (2010) 125013-125020.
DOI: 10.1088/0266-5611/26/12/125013
[2] K.P. Gaikovich, E.S. Maksimovich, About the near-field microwave diagnostics of inhomogeneities in strongly absorbing media, Journal of Radioelectronics. 1 (2015). URL: http: /jre. cplire. ru/jre/jan15/index. html.
[3] K.P. Gaikovich, E.S. Maksimovich, V.A. Badeev, Microwave subsurface holography solid dielectric objects, Journal of Radioelectronics. 6 (2012). URL: http: /jre. cplire. ru/jre/jun12/index. html.
[4] V.P. Belichenko, A.S. Zapasnoy, P.V. Shestakov, Control of the Magnitude and Spatial Distribution of Interference Energy Flows in Near Fields of Systems of Identical Radiators, Optics and Spectroscopy. 4 (2015) 605-608.
DOI: 10.1134/s0030400x15040037
[5] S.V. Kalinin, A. Gruverman, Scanning Probe Microscopy: Electrical and Electromechanical Phenomena at the Nanoscale, Vol. 1, Springer, New York, (2007).
[6] A.N. Reznik, N.V. Yurasova, Detection of contrast objects inside biological media by near-field microwave diagnostics, Technical physics. 1 (2006) 90-104.
DOI: 10.1134/s1063784206010142
Abstract:
We describe the operation of a simple near-field interference microwave microscope. The microscope contains two identical probes which are connected to the ends of segments of the coaxial transmission line. The probes are constructed from an open-ended conical coaxial line and are excited by applied microwave voltage in the frequency range of 0.6 – 7.0 GHz. The computer simulation of the field distribution near the aperture of a separate probe was performed. The test objects are placed in the gap between the probes apertures. The main attention was concentrated on motor fuels to detect other impurities. In particular, diesel fuel was studied with impurities in the form of kerosene and synthetic motor oil in different proportions. It is shown that the microscope can reliably detect these impurities even if their content is relatively small. It was also demonstrated that the microscope can be used for determination of the alcohol quality and spirit-based solutions.
Prof. Andrey Radionov, G.G. Mikhailov and D.A. Vinnik
[1] K.P. Gaikovich, P.K. Gaikovich, Inverse problem of near-field scattering in multilayer media, Inverse Problems. 12 (2010) 125013-125020.
DOI: 10.1088/0266-5611/26/12/125013
[2] K.P. Gaikovich, E.S. Maksimovich, About the near-field microwave diagnostics of inhomogeneities in strongly absorbing media, Journal of Radioelectronics. 1 (2015). URL: http: /jre. cplire. ru/jre/jan15/index. html.
[3] K.P. Gaikovich, E.S. Maksimovich, V.A. Badeev, Microwave subsurface holography solid dielectric objects, Journal of Radioelectronics. 6 (2012). URL: http: /jre. cplire. ru/jre/jun12/index. html.
[4] V.P. Belichenko, A.S. Zapasnoy, P.V. Shestakov, Control of the Magnitude and Spatial Distribution of Interference Energy Flows in Near Fields of Systems of Identical Radiators, Optics and Spectroscopy. 4 (2015) 605-608.
DOI: 10.1134/s0030400x15040037
[5] S.V. Kalinin, A. Gruverman, Scanning Probe Microscopy: Electrical and Electromechanical Phenomena at the Nanoscale, Vol. 1, Springer, New York, (2007).
Us Lot Technologies Stock
[6] A.N. Reznik, N.V. Yurasova, Detection of contrast objects inside biological media by near-field microwave diagnostics, Technical physics. 1 (2006) 90-104.
Ust Technologies
DOI: 10.1134/s1063784206010142