Search Results - "Kosc, Tanya Z."

Modeling of transverse stimulated Raman scattering in KDP/DKDP in large-aperture plates suitable for polarization control by Huang, Hu, Kosc, Tanya Z., Kessler, Terrance J., Demos, Stavros G.

“…Transverse stimulated Raman scattering (TSRS) in potassium dihydrogen phosphate (KDP) and deuterated potassium dihydrogen phosphate (DKDP) plates for…”
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Characterization and Optimization of an Eight-Channel Time-Multiplexed Pulse-Shaping System by Dorrer, Christophe, Bittle, Wade A., Cuffney, Robert, Spilatro, Michael, Hill, Elizabeth M., Kosc, Tanya Z., Kelly, John H., Zuegel, Jonathan D.

“…High-performance optical pulse shaping is paramount to photonics and laser applications for which high-precision optical waveforms must be generated. We…”
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Highly Saturated Glassy Liquid Crystal Films Having Nano- and Microscale Thicknesses for High-Power Laser Applications by Wallace, Jason U, Marshall, Kenneth L, Batesky, Donald J, Kosc, Tanya Z, Hoffman, Brittany N, Papernov, Semyon, Garrett, Londrea, Shojaie, Jalil, Demos, Stavros G

“…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 by Wallace, Jason U., Marshall, Kenneth L., Batesky, Donald J., Kosc, Tanya Z., Hoffman, Brittany N., Papernov, Semyon, Garrett, Londrea, Shojaie, Jalil, Demos, Stavros G.

“…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 by Wallace, Jason U., Marshall, Kenneth L., Batesky, Donald J., Kosc, Tanya Z., Hoffman, Brittany N., Papernov, Semyon, Garrett, Londrea, Shojaie, Jalil, Demos, Stavros G.

“…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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Enhanced Electro-Optic Behavior for Shaped Polymer Cholesteric Liquid-Crystal Flakes Made Using Soft Lithography by Trajkovska-Petkoska, A., Varshneya, R., Kosc, T. Z., Marshall, K. L., Jacobs, S. D.

“…Polymer cholesteric liquid‐crystal (PCLC) flakes were investigated for their electro‐optical behavior under an applied alternating‐current field. Shaped…”
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62.3: Doped Multilayer Polymer Cholesteric-Liquid-Crystal (PCLC) Flakes: A Novel Electro-Optical Medium for Highly Reflective Color Flexible Displays by Marshall, Kenneth L., Hasman, Katherine, Leitch, Molly, Cox, Gerald, Kosc, Tanya Z., Trajkovska-Petkoska, Anka, Jacobs, Stephen D.

“…Polymer cholesteric‐liquid‐crystal (PCLC) flake/fluid‐host suspensions are a novel particle display technology for full‐color reflective display applications…”
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P-94: Polymer Cholesteric Liquid Crystal Flakes for Particle Displays by Kosc, Tanya Z., Marshall, Ken L., Jacobs, Stephen D.

“…Polymer cholesteric liquid crystal (PCLC) flakes suspended in a moderately conductive host fluid reorient in the presence of an AC electric field within a…”
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