Sub-Terahertz Quasi-Optical Reflectometer for CFRP Surface Inspection

Author:

Bezborodov V.I.,Kiseliov V.K.,Kuleshov Y.M.,Nesterov P.K.,Mizrakhi S.V.,Sherbatko I.V.,Yanovsky M.S.

Abstract

Quasioptical reflectometer based on hollow dielectric beamguide (HDB), terahertz beamguide components and elements has been developed. The reflectometer has been analyzed in terms of its application for nondestructive method for surface and subsurface contamination of carbon fiber reinforced plastic (CFRP). Sub-terahertz (0.1…0.2 THz) measurement results of CFRP samples with different surface contaminations are presented.

Publisher

Trans Tech Publications, Ltd.

Subject

General Engineering

Reference4 articles.

1. Akhiezer et al., Dielectric Beamguide of Sub-mm Wavelength Range, USSR Patent 302054. (1972).

2. Electronics and radiophysics of the millimeter and submillimeter waves, edtied by A. Ya. Usikov. Kiev: Naukova Dumka, 1986 (in Russian).

3. Information on http: /ire. kharkov. ua/depquasi/quasiuk. html.

4. Information on http: /www. elmika. com.

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