Design principles of vibroacoustic diagnostic equipment von Shesterikov, K. A., Grechinskii, D. A., Rygalin, V. G.

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Application of microelectronic elements in vibration-measuring equipment von Andreev, E. V., Grechinskii, D. A., Rygalin, V. G.

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Measurement of shock pulse parameters by digital instruments von Grechinskii, D. A., Klochko, V. A., Rygalin, V. G.

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Use of laser equipment to detect mechanical resonances and to stabilize vibration parameters at a specified value von Rygalin, V. G., Grechinskii, D. A., Sobolev, A. B.

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Present state and future prospects in the development of methods of vibrometry von Klyuev, V. V., Klochko, V. A., Grechinskii, D. A., Rygalin, V. G., Koval'skii, V. N.

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Measurement of vibration parameters by an optical method that employs position-sensitive photodetectors von Grechinskii, D. A., Maksimenko, E. A., Rygalin, V. G.

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On the origin of P/Halley dust component von Mukhin, L.M., Grechinsky, A.D., Ruzmaikina, T.V.

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