Palchikov E.I.  

Terahertz Technique for Research of Waves of Burning and a Detonation With Use of Free Electron Laser

Schemes, experimental methods, and terahertz radiation records of a oxyhydrogen burning front are described. The selection of absorption lines of H2O and OH for recording is discussed. The absorption distribution at a wavelength of 166.81 µm along the crosssection of a stationary oxyhydrogen burner flame is studied. The results obtained with optical detectors, pyroelectric detectors and Schottky barrier detectors in a dynamic experiment with the flame propagating along a pipe are presented.

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