Search Results - "Papernov, Semyon"
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Highly Saturated Glassy Liquid Crystal Films Having Nano- and Microscale Thicknesses for High-Power Laser Applications
Published in ACS applied nano materials (24-12-2020)“…The optical properties of glassy liquid crystals (GLC’s) designed to provide high resistance to laser-induced damage are explored. GLC’s readily enable…”
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Highly Saturated Glassy Liquid Crystal Films Having Nano- and Microscale Thicknesses for High-Power Laser Applications
Published in ACS applied nano materials (24-12-2020)“…The optical properties of glassy liquid crystals (GLC’s) designed to provide high resistance to laser-induced damage are explored. GLC’s readily enable…”
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Journal Article -
3
Highly Saturated Glassy Liquid Crystal Films Having Nano- and Microscale Thicknesses for High-Power Laser Applications
Published in ACS applied nano materials (22-01-2021)“…The optical properties of glassy liquid crystals (GLC’s) designed to provide high resistance to laser-induced damage are explored. GLC’s readily enable…”
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4
Photoracemization broadening of selective reflection and polarization band of glassy chiral-nematic films
Published in Liquid crystals (01-02-2000)“…Glass-forming liquid crystals consisting of a cyclohexane central core with (S)-1-phenyl-ethylamine and (4-cyanophenyl)naphthalene pendants were synthesized as…”
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5
Lifetime prediction of laser-precracked fused silica subjected to subsequent cyclic laser pulses
Published in Journal of materials research (01-05-2000)“…Measurements of fatigue failure strength of laser-cracked fused silica in air at room temperature for different numbers of laser shots and laser fluences are…”
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6
A parametric study of microencapsulation approach to the preparation of polystyrene shells
Published in Polymer (Guilford) (01-03-1997)“…Spherical polystyrene shells for laser fusion experiments were made in a density-matched microencapsulation approach. The yield, diameter, wall thickness,…”
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7
Posterior capsule polishing with the neodymium:YLF picosecond laser: model eye study
Published in Journal of cataract and refractive surgery (01-12-1997)“…To determine the ability and threshold energy of the neodymium:yttrium-lithium-fluoride (Nd:YLF) picosecond laser to achieve micron-level polishing of a latex…”
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