About: Dipolar relaxation mechanisms in the vitreous state, in the glass transition region and in the mesophase, of a side chain polysiloxane liquid crystal

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About: Dipolar relaxation mechanisms in the vitreous state, in the glass transition region and in the mesophase, of a side chain polysiloxane liquid crystal Goto Sponge NotDistinct Permalink

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rdf:type	Item
description	wetenschappelijk artikel (nl) наукова стаття, опублікована в лютому 1996 (uk) article scientifique publié en 1996 (fr) im Februar 1996 veröffentlichter wissenschaftlicher Artikel (de)
publication date	wds:Q57172713-D041E0D9-4BD8-4882-A0B7-FEE94AD8B8E0
publication date	1996-02-01 00:00:00Z (xsd:dateTime)
cites work	wds:Q57172713-037E9978-D247-402B-8025-20D9C0AA6F39 wds:Q57172713-09418C53-904C-47CB-87D4-6F8E4DD07C8E wds:Q57172713-7D46AD0E-777B-47AE-96C0-C3F99C58FA76 wds:Q57172713-804228C9-0592-4C21-B4A1-EE0B43DD15A2
cites work	Dielectric behaviour of a side-chain-bearing liquid-crystalline polysiloxane The dipolar relaxation behaviour of a liquid-crystalline side-chain polymer as studied by thermally stimulated discharge currents A thermally stimulated discharge currents study of the molecular motions in two polysiloxane side-chain liquid crystalline polymers Molecular motions of side-chain liquid crystalline polymers in the liquid crystalline phase studied by the thermally stimulated currents technique
author name string	wds:Q57172713-1DDAC2E5-FD9F-43AC-BE2D-1A3B240690E8 wds:Q57172713-39AA11DA-7DA9-4B93-9B2E-8AFD01CC288D wds:Q57172713-47CAE01B-5B2A-4573-B92D-4271FFB0DC11 wds:Q57172713-E7A89D6E-0D97-4CE6-BD23-18B7BB436EB1
author name string	Graham Williams Natália T. Correia Joaquim J. Moura-ramos Stuart R. Andrews
rdfs:label	Dipolar relaxation mechanisms in the vitreous state, in the glass transition region and in the mesophase, of a side chain polysiloxane liquid crystal (en) Dipolar relaxation mechanisms in the vitreous state, in the glass transition region and in the mesophase, of a side chain polysiloxane liquid crystal (nl)
skos:prefLabel	Dipolar relaxation mechanisms in the vitreous state, in the glass transition region and in the mesophase, of a side chain polysiloxane liquid crystal (en) Dipolar relaxation mechanisms in the vitreous state, in the glass transition region and in the mesophase, of a side chain polysiloxane liquid crystal (nl)
name	Dipolar relaxation mechanisms in the vitreous state, in the glass transition region and in the mesophase, of a side chain polysiloxane liquid crystal (en) Dipolar relaxation mechanisms in the vitreous state, in the glass transition region and in the mesophase, of a side chain polysiloxane liquid crystal (nl)
author	wds:Q57172713-BCF0D7BA-A721-4789-A94B-6F76CC404CFF
author	João F. Mano
title	wds:Q57172713-B0D605E1-4553-4C3C-83E5-117BFF1F128C
title	Dipolar relaxation mechanisms in the vitreous state, in the glass transition region and in the mesophase, of a side chain polysiloxane liquid crystal (en)
page(s)	wds:Q57172713-5AF0CFB9-AF84-420E-9D6C-6F4C338D76C6
page(s)	201-217
instance of	wds:Q57172713-8285FE30-662B-4177-9278-56738B59EC5B
instance of	scholarly article
main subject	wds:Q57172713-E1691864-F3FC-466E-9711-68C2E860D6B4
main subject	glass transition
published in	wds:Q57172713-AF49C4CF-E4AC-4376-B16A-87DDEC0EF230
published in	Liquid Crystals
issue	wds:Q57172713-EA3F6095-0AC6-42F8-AFF1-99064FD86B89
volume	wds:Q57172713-A7833C52-5103-4184-BEE6-0A7A28E1B124
issue	2
volume	20
DOI	wds:Q57172713-8C913C5C-2975-4238-99AC-6383024FD90F
DOI	http://dx.doi.org/10.1080/02678299608031127
DOI	10.1080/02678299608031127
is about of	https://www.wikidata.org/wiki/Special:EntityData/Q57172713
is cites work of	Phase behavior and glass transition of 1,2-dioleoylphosphatidylethanolamine (DOPE) dehydrated in the presence of sucrose Molecular mobility in polymers studied with thermally stimulated recovery. II. Study of the glass transition of a semicrystalline PET and comparison with DSC and DMA results Some comments on the significance of the compensation effect observed in thermally stimulated current experiments Electric Techniques Simple versus cooperative relaxations in complex correlated systems Glass transition relaxation and fragility in a side-chain liquid crystalline polymer: a study by TSDC and DSC Study of the Molecular Mobility in Polymers with the Thermally Stimulated Recovery Technique—A Review Comparative dielectric and TSDC studies of molecular mobility in liquid-crystalline side-chain poly(methacrylate)
is cites work of	wds:Q43713418-5684168B-EB68-44E0-9D5C-41D2C0F789AD wds:Q57172647-968E8AB7-32F0-41EF-9744-2258BB64D449 wds:Q57172412-10FDB012-23DF-4EEA-99DB-D970FAB7D4F8 wds:Q57172677-8B35F693-B34B-457D-996C-B3ECD62661EC wds:Q61833151-FD4C565B-33F2-4164-944A-AC51D4A7879B wds:Q61653115-F5A30DBA-87A2-42B2-80CC-658B17699C83 wds:Q57172551-5D991527-A7DA-4044-921D-83D3F64D4104 wds:Q57172709-D879E149-7E84-4753-8E3F-E548844452AD

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