The photopyroelectric structural and thermal characterization of phase-transition in liquid crystal was investigated. On increasing the temperature the droplet coalesed and reached a fully isotropic phase at 40.843°C. The results showed that the kinetics of the transition in liquid-crystal films were different during heating and cooling.
Mercuri, F., Pizzoferrato, R., Zammit, U., Marinelli, M. (2002). Photopyroelectric structural and thermal characterization of first-order phase transition in liquid crystals. APPLIED PHYSICS LETTERS, 81(22), 4148-4150 [10.1063/1.1524290].
Photopyroelectric structural and thermal characterization of first-order phase transition in liquid crystals
MERCURI, FULVIO;PIZZOFERRATO, ROBERTO;ZAMMIT, UGO;MARINELLI, MASSIMO
2002-01-01
Abstract
The photopyroelectric structural and thermal characterization of phase-transition in liquid crystal was investigated. On increasing the temperature the droplet coalesed and reached a fully isotropic phase at 40.843°C. The results showed that the kinetics of the transition in liquid-crystal films were different during heating and cooling.File in questo prodotto:
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