A new pattern of development of the doppler effect in a coherent geometry of the multi-wave sensing and receiving laser radiation
Zemlyanskiy, V. M. Phase method detrmining particle size based on using two wavelength probing. 4th Internat. Congress optical particle sizing. Germany, 1995.
Zemlyanskiy, V. M. and Yanovskiy, F. Yo. Phase optical-microwave method for sizing droplets in air. Theory and numerical treatment. Second Topical Symp. On Combined optical-microwave earth and atmosphere sensing. Atlanta, USA, 1995.
Zemlyanskiy, V. M. Method of multi-wave probing in LDS. Aerospace/Defence sensing, 20–25 April 1997, Orlando, USA.
Zemlyanskiy, V. M. and Gumenyuk A. V. LDA using multi wave technology. Internat. Congress for Particle Technology. Nurberg, Germany. 1997.
Zemlyanskiy, V. M. Speed measuring by laser Doppler method. 19787. 177 p. (in Ukrainian).
Zemlyanskiy, V. M. and Gusev M. O. “Multi-wave laser Doppler.” Patent of Ukraine 102646, Bul. #5, from 11 March 2013. (in Ukrainian).
Zemlyanskiy, V. M. “Multiwave Laser Doppler nemometer.” IEEE 2nd Int. Conf. “ActualKyiv, Ukraine, 2013.
Zemlyanskiy, V. M. and Chudesov A. P. “Phase Doppler signal filtering in the two-wave LDA.” IEEE 2nd Int.Conf. “Actual problems of Unnamed Air Vehicles Developments,” Kyiv, Ukraine, 2013.
Soskin M. S. The laser anemometer, remote spectroscopy and interferometry. 1985. 759 p. (in Russian).
Zemlyanskiy, V. M. and Gusev M. O. Multiwave Laser Doppler Anemometer. Decision about the issuance of a patent for inventions from 18 Oct 2013 by application a 2011 11749.