Mesophase Formation in Polymers With Anisometric Side – Groups in Relation to Their Chemical and Stereochemical Structure

Frosini, Vittorio; Levita, G.; Lupinacci, Domenico; Magagnini, Pier Luigi

doi:10.1080/00268948108072655

Cited by 62 publications

(24 citation statements)

References 4 publications

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“…Additionally, LC monomeric materials of 4,4 0 -alkyloxy substituted NBA derivatives have been synthesized, where the NBA moieties act as a LC mesogenic core [38,39]. Several types of polymers comprised of NBA derivative side groups or with NBA main chains have been synthesized and characterized [40e44], but few studies on the axis-selective photoreaction of NBA-containing LC polymeric films have been explored thus far [43,44].…”

Section: Introductionmentioning

confidence: 99%

Photoinduced orientation of photoresponsive copolymers with N-benzylideneaniline and nonphotoreactive mesogenic side groups

Kawatsuki

Washio

Kozuki

et al. 2015

Polymer

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Section: Introductionmentioning

confidence: 99%

Photoinduced orientation of photoresponsive copolymers with N-benzylideneaniline and nonphotoreactive mesogenic side groups

Kawatsuki

Washio

Kozuki

et al. 2015

Polymer

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“…This is because they can be prepared by free radical polymerization (Decobert et al 1986;Spassky et al 1989;Reddy et al 2013Reddy et al , 2014b. Anionic, group transfer and cationic polymerizations have also been used to obtain different tacticities, molecular weights and poly dispersities and also to vary the nature of the polymer backbone (Froslni et al 1981;Hahn et al 1981;Kreuder et al 1986). Polycondensation reactions have been successfully applied for the preparation of SCLCPs polyesters with flexible, semi-flexible and rigid backbones.…”

Section: Side Chain Liquid Crystal Polymersmentioning

confidence: 96%

Side Chain Liquid Crystalline Polymers: Advances and Applications

Reddy

Jayaramudu

Ray

et al. 2015

Liquid Crystalline Polymers

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Matters comprise of molecules that exist in three different phases-solids, liquids and gases depending on their arrangement. The arrangement of molecules in a crystalline solid leads to long-range positional and orientational orders. In isotropic liquid, on the other hand, the molecules are arranged randomly and possess no order and flow freely. However, it was observed that a certain class of molecules organise in a different manner in order to exhibit a new phase, popularly known as liquid crystalline phase. Molecules in liquid crystalline phase self-organize, leading to positional/orientation order. Macroscopically, the liquid crystalline phase exhibits flow and appears like an opaque fluid.

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“…In addition, the tacticities [31][32][33] of the polymer backbones strongly influence liquid crystal formation. In poly(1-methacryloyloxy-6-(4-(4-(methoxy) phenyl)phenoxy)hexane), a syndiotactic polymer (mm/mr/rr = 1/14/85) shows nematic and smectic phases.…”

Section: Polymer Backbonementioning

confidence: 99%

Design and Synthesis of Side‐Chain Liquid Crystal Polymers

Ujiie

Kato

2014

Handbook of Liquid Crystals

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Various types of side‐chain liquid crystal polymers with ferroelectric, photoactive, thermochromic, hydrogen‐bonded, and ionized properties have been synthesized by many research groups, and their physicochemical properties and orientational behavior have been studied. These studies have established the relationship between the structure and the physicochemical properties. This chapter describes the design and synthesis of a conventional side‐chain liquid crystal polymer in which mesogenic side groups are attached to the polymer chains.

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Mesophase Formation in Polymers With Anisometric Side – Groups in Relation to Their Chemical and Stereochemical Structure

Cited by 62 publications

References 4 publications

Photoinduced orientation of photoresponsive copolymers with N-benzylideneaniline and nonphotoreactive mesogenic side groups

Photoinduced orientation of photoresponsive copolymers with N-benzylideneaniline and nonphotoreactive mesogenic side groups

Side Chain Liquid Crystalline Polymers: Advances and Applications

Design and Synthesis of Side‐Chain Liquid Crystal Polymers

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