KINETICSOF TRANSITION FROM ISOTROPIC TO CHOLESTERIC PHASE FOR A THERMOTROPIC CELLULOSE DERIVATIVE
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KINETICSOF TRANSITION FROM ISOTROPIC TO CHOLESTERIC PHASE FOR A THERMOTROPIC CELLULOSE DERIVATIVE
Vol. 14, Issue 1, Pages: 86-90(1996)
Affiliations:
1. Institute of Chemistry
2. Academia Sinica
3. Beijing 100080
4. Guangzhou Institute of Chemistry
5. Guangzhou 510650
Author bio:
Funds:
DOI:
CLC:O636.1
Published:20 March 1996
Accepted:
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[1]陈寿羲,孙震,宋文辉,金永泽,黄勇.KINETICSOF TRANSITION FROM ISOTROPIC TO CHOLESTERIC PHASE FOR A THERMOTROPIC CELLULOSE DERIVATIVE[J].Chinese Journal of Polymer Science,1996,{4}(01):86-90.
CHEN Shouxi, SUN Zheng, SONG Wenhui, et al. KINETICSOF TRANSITION FROM ISOTROPIC TO CHOLESTERIC PHASE FOR A THERMOTROPIC CELLULOSE DERIVATIVE[J]. 1996, 14(1): 86-90.
[1]陈寿羲,孙震,宋文辉,金永泽,黄勇.KINETICSOF TRANSITION FROM ISOTROPIC TO CHOLESTERIC PHASE FOR A THERMOTROPIC CELLULOSE DERIVATIVE[J].Chinese Journal of Polymer Science,1996,{4}(01):86-90.DOI:
CHEN Shouxi, SUN Zheng, SONG Wenhui, et al. KINETICSOF TRANSITION FROM ISOTROPIC TO CHOLESTERIC PHASE FOR A THERMOTROPIC CELLULOSE DERIVATIVE[J]. 1996, 14(1): 86-90.DOI:
KINETICSOF TRANSITION FROM ISOTROPIC TO CHOLESTERIC PHASE FOR A THERMOTROPIC CELLULOSE DERIVATIVE
<正> The kinetics of mesophase formation of a thermotropic hydroxyethyl cellulose acetatefrom isotropic phase to cholesteric mesophase has been studied by means of depolariz-ing transmittance method. Avrami type analysis of the data gives an exponent n close to1
which suggests the nucleation followed by rod-like growth. It means that the kineticbehavior of phase transition from isotropic to cholesteric mesophase is very similar to thatof the mesophase formation from isotropic to nematic mesophase.
Abstract
The kinetics of mesophase formation of a thermotropic hydroxyethyl cellulose acetatefrom isotropic phase to cholesteric mesophase has been studied by means of depolariz-ing transmittance method. Avrami type analysis of the data gives an exponent n close to1
which suggests the nucleation followed by rod-like growth. It means that the kineticbehavior of phase transition from isotropic to cholesteric mesophase is very similar to thatof the mesophase formation from isotropic to nematic mesophase.
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