A comparison of the conformational distributions of the achiral symmetric liquid crystal dimer CB7CB in the achiral nematic and chiral twist-bend nematic phases
A comparison of the conformational distributions of the achiral symmetric liquid crystal dimer CB7CB in the achiral nematic and chiral twist-bend nematic phases
The sets of residual dipolar couplings between carbon and hydrogen nuclei obtained from the proton-encoded (13)C 2D NMR experiment are used to investigate the conformational changes which occur when the achiral symmetric liquid crystal dimer CB7CB changes from the achiral nematic to the chiral twist-bend nematic phase. It is found that these changes are a consequence of the chirality of the twist-bend nematic phase, rather than being the driving force for the stability of this phase.
6547-6557
Emsley, James W.
9d219d5e-28c0-4a8c-bf3d-1f78cd707c17
Lelli, Moreno
4a9fb9fb-d8f5-41c3-b280-30e7ca814538
Lesage, Anne
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Luckhurst, Geoffrey R.
7807d1c6-54a1-414f-9abe-22de4d9c30f7
30 May 2013
Emsley, James W.
9d219d5e-28c0-4a8c-bf3d-1f78cd707c17
Lelli, Moreno
4a9fb9fb-d8f5-41c3-b280-30e7ca814538
Lesage, Anne
bf3518dc-c688-4b8b-ab85-62ce2d6cbae0
Luckhurst, Geoffrey R.
7807d1c6-54a1-414f-9abe-22de4d9c30f7
Emsley, James W., Lelli, Moreno, Lesage, Anne and Luckhurst, Geoffrey R.
(2013)
A comparison of the conformational distributions of the achiral symmetric liquid crystal dimer CB7CB in the achiral nematic and chiral twist-bend nematic phases.
The Journal of Physical Chemistry B, 117 (21), .
(doi:10.1021/jp4001219).
(PMID:23634827)
Abstract
The sets of residual dipolar couplings between carbon and hydrogen nuclei obtained from the proton-encoded (13)C 2D NMR experiment are used to investigate the conformational changes which occur when the achiral symmetric liquid crystal dimer CB7CB changes from the achiral nematic to the chiral twist-bend nematic phase. It is found that these changes are a consequence of the chirality of the twist-bend nematic phase, rather than being the driving force for the stability of this phase.
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Published date: 30 May 2013
Organisations:
Magnetic Resonance
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Local EPrints ID: 354789
URI: http://eprints.soton.ac.uk/id/eprint/354789
ISSN: 1520-6106
PURE UUID: 392ff2fe-6996-42a7-bc83-3958f2b82db6
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Date deposited: 23 Jul 2013 10:42
Last modified: 14 Mar 2024 14:24
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Author:
James W. Emsley
Author:
Moreno Lelli
Author:
Anne Lesage
Author:
Geoffrey R. Luckhurst
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