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Block Copolymers in Liquid Crystal Solvents - Coupling Polymer Viscoelasticity to Liquid  Crystalline Order

Block Copolymers in Liquid Crystal Solvents - Coupling Polymer Viscoelasticity to Liquid Crystalline Order

79.00 €

Liquid crystals enjoy a wide range of technological applications, perhaps the best-known being the lcd, or liquid crystal display. when combined with polymeric materials the resulting solutions have a range of physical properties not present in either material alone and this coupling imparts useful properties such as novel electro-optic switching combined with easy processability.

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Parametric Investigation of Liquid Crystal Mixtures - Experiments with Liquid Crystal-Polymer Composite System

Parametric Investigation of Liquid Crystal Mixtures - Experiments with Liquid Crystal-Polymer Composite System

49.00 €

While much fundamental research is still performed with pure liquid crystals,industrial applications employ mostly mixtures,composites,or specially doped liquid crystals with tailor-made physical and optical properties.current progress and large scale application of liquid crystals in optical technology are largely the result of tremendous advances in such new material development efforts.

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Liquid Crystal and Its Quasi-Equilibrium Phase Separation - Studies of Thermally Induced Phase Separation of Liquid Crystals and Pre-polymer Mixtures

Liquid Crystal and Its Quasi-Equilibrium Phase Separation - Studies of Thermally Induced Phase Separation of Liquid Crystals and Pre-polymer Mixtures

49.00 €

Thermally induced phase separation of liquid crystal and pre-polymer mixtures were studied using liquid crystal k15 and k21, two of the four components of commercially available liquid crystal e7 and a thiol-ene pre-polymer, uv1. the main purpose of this study was to construct quasi-equilibrium phase diagrams of k15/uv1 and k21/uv1.

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Optical characterization of novel PDLC systems - Thermo- and Electro-Optical Analysis of Polymer Dispersed Liquid Crystal systems

Optical characterization of novel PDLC systems - Thermo- and Electro-Optical Analysis of Polymer Dispersed Liquid Crystal systems

59.00 €

The objective of this research was to prepare pdlcs systems with improved liquid crystal/polymer composition for thermo- and electro-optical performance. two thermosetting matrices based on an unsaturated polyester resin and a bifunctional epoxy resin, respectively, are employed to realise pdlcs.

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Methods to Adjust the Properties of Liquid Crystals & Related Devices - Research Work That Focuses on Improving Various Physical Properties of Liquid Crystal - Polymer/Particle Composites

Methods to Adjust the Properties of Liquid Crystals & Related Devices - Research Work That Focuses on Improving Various Physical Properties of Liquid Crystal - Polymer/Particle Composites

79.00 €

Liquid crystal (lc) devices are possible because of their large optical birefringence and dielectric anisotropy. their ubiquitous presence has become a part of modern life.

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