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1LASER APPLICATIONS AND OTHER TOPICS IN QUANTUM ELECTRONICS: Characteristics of recording fast processes in partially coherent light

S G Averyanov,K A Dotsenko,A I Larkin

1996引用：23

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2LASER APPLICATIONS AND OTHER TOPICS IN QUANTUM ELECTRONICS: Materials for holographic recording of tracks in a bubble chamber

S G Averyanov, E L Arestova,E S Barinova,K A Dotsenko, A Zarubin,A I Larkin,O V Morgunov,R V Ryabova, M Yu Cherkasov

1994Quantum Electronics（1994）引用：23

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3Use of materials with the shape memory effect for the control of optical radiation

V. A. Antonov, Yu. A. Bykovskii,A. I. Larkin,N. M. Matveeva,A. V. Shelyakov, K. B. Lyons, J. R. X. Anderson

1991Soviet physics. Technical physics引用：23

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4New Materials for Optical Computing and Holography

RV RYABOVA, VV AMMOSOV,EA ARESTOVA,SG AVERYANOV, VL BARANOV,YA BYKOVSKY,AI ERKO,LG GNATYUK,MH GROSMANN,ML GURARY,YK KOVNERISTY,AI LARKIN,

New materials for spatial temporal light modulation and holographic spatial filtering and storage are suggested. Thermal, temporal and energetic characteristics are investigated for shape memory alloy specimens, as well as characteristics of new high resolution holographic materials for the infrared spectral region.

1991Materials Science and Engineering B（1991）

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5Elements of Optical Processors Based on Shape Memory Effect

V. A. Antonov, Yu. A. .. Sykovsky,A. I. Larkin,A. V. Shelyakov

Shape memory alloys as a new material for optical processor elements are suggested and temperature, time and energy characteristics of alloy specimens are investigated. Optical shutter, spatial light modulators and deflector developed on the base of shape memory effect are presented and the use of spatial light modulator as an input device of holographic correlator is considered.

1990SPIE Proceedings Holography '89（1990）引用：1

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