Citation: Si. Klimentev et Iv. Khloponina, ALLOWING FOR PHASE DISTORTIONS OF THE INPUT RADIATION WHEN CALCULATING THE ABERRATIONS OF CONICAL SHAPE CONVERTERS OF LASER-BEAM CROSS-SECTION, Journal of optical technology, 64(6), 1997, pp. 569-573
Citation: Si. Klimentev, OPTIMIZING THE FOCUSING SYSTEMS OF LASER-BEAMS WITH ANNULAR CROSS-SECTIONS (VOL 63, PG 655, 1996), Journal of optical technology, 64(5), 1997, pp. 502-502
Citation: Si. Klimentev, OPTIMIZING THE FOCUSING SYSTEMS OF LASER-BEAMS WITH ANNULAR CROSS-SECTIONS, Journal of optical technology, 63(9), 1996, pp. 655-659
Citation: Si. Klimentev, CALCULATING THE ABERRATIONS OF THE ELEMENTS OF THE OPTICAL-SYSTEMS OFLASERS WITH AN ACTIVE MEDIUM OF ANNULAR CROSS-SECTION, Journal of optical technology, 63(1), 1996, pp. 55-59
Authors:
DIMAKOV SA
KLIMENTEV SI
SVENTSITSKAYA NA
SHERSTOBITOV VE
Citation: Sa. Dimakov et al., COMPENSATION FOR DISTORTIONS OF OPTICAL-E LEMENTS BY METHODS OF DYNAMIC HOLOGRAPHY IN WHITE-LIGHT, Optika i spektroskopia, 80(4), 1996, pp. 699-704
Authors:
BOGDANOV MP
DIMAKOV SA
GORLANOV AV
GORYACHKIN DA
GRIGOREV AM
IRTUGANOV VM
KALININ VP
KLIMENTEV SI
KOZLOVSKAYA IM
ORLOVA IB
SHERSTOBITOV VE
VENEDIKTOV VY
Citation: Mp. Bogdanov et al., CORRECTION OF SEGMENTED MIRROR ABERRATIONS BY PHASE-CONJUGATION AND DYNAMIC HOLOGRAPHY, Optics communications, 129(5-6), 1996, pp. 405-413
Citation: Si. Klimentev et Iv. Khloponina, PROPERTIES OF CONICAL CONVERTERS OF THE CROSS-SECTION OF AN UNCOLLIMATED LASER-BEAM, Journal of optical technology, 62(3), 1995, pp. 179-181
Citation: Si. Klimentev et Iv. Khloponina, MUTUAL ERROR COMPENSATION OF CONICAL LASER-BEAM CROSS-SECTION CONVERTERS, Journal of optical technology, 62(1), 1995, pp. 34-37
Authors:
BOGDANOV MP
GORLANOV AV
DIMAKOV SA
KALININ VP
KLIMENTEV SI
KOVALCHUK LV
ORLOVA IB
SVENTSITSKYA NA
Citation: Mp. Bogdanov et al., 300-WATT YAG-ND LASER WITH UNSTABLE RESON ATOR FOR TECHNICAL APPLICATIONS, Optika i spektroskopia, 79(4), 1995, pp. 675-677
Authors:
GORLANOV AV
DIMAKOV SA
KLIMENTEV SI
ORLOVA IB
SVENTSITSKAYA NA
Citation: Av. Gorlanov et al., CAVITY FOR A HIGH-POWER TECHNOLOGICAL YAG -ND LASER WITH 2 ACTIVE ELEMENTS, Optika i spektroskopia, 76(4), 1994, pp. 667-670