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1991
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Ambigapathy R.
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Created Date = 1991
Creator = Ambigapathy R.
Dynamics of the nematic-electroclinic effect
Description
The effective response time eff of the nematic-electroclinic effect was determined as a function of driving frequency and temperature. Near the nemati
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The effective response time eff of the nematic-electroclinic effect was determined as a function of driving frequency and temperature. Near the nematicsmectic-A transition temperature TNSm-A, eff was found to be a function of driving frequency, indicating the existence of more than one physical process. Several degrees above TNSm-A, eff was found to be frequency independent up to 100 kHz. At these temperatures, moreover, the effective response times are quite small, of order 100 ns. © 1991 The American Physical Society. Appropriate bibliographic citation and notice of the APS copyright must be included- "Li Z., Ambigapathy R., Petschek R.G., Rosenblatt C., Physical Review A 43:12, 7109-7112 (1991). Copyright 1991 by the American Physical Society."
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Creator
Li Z.
;
Ambigapathy R.
;
Petschek R.G.
;
Rosenblatt C.
Permanent URL
http://hdl.handle.net/2186/ksl:petschekrolfeArt-086