THE OBSERVATION OF INTERNAL MOTION OF LINEAR POLYSTYRENE CHAINS IN CYCLOHEXANE AROUND θ TEMPERATURE
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THE OBSERVATION OF INTERNAL MOTION OF LINEAR POLYSTYRENE CHAINS IN CYCLOHEXANE AROUND θ TEMPERATURE
THE OBSERVATION OF INTERNAL MOTION OF LINEAR POLYSTYRENE CHAINS IN CYCLOHEXANE AROUND θ TEMPERATURE
高分子科学(英文版)2008年26卷第6期 页码:775-781
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纸质出版:2008-11-20
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Jun-fang Li, Yi-jie Lu, Guang-zhao Zhang. THE OBSERVATION OF INTERNAL MOTION OF LINEAR POLYSTYRENE CHAINS IN CYCLOHEXANE AROUND θ TEMPERATURE[J]. 高分子科学(英文版), 2008,26(6):775-781.
Jun-fang Li, Yi-jie Lu, Guang-zhao Zhang. THE OBSERVATION OF INTERNAL MOTION OF LINEAR POLYSTYRENE CHAINS IN CYCLOHEXANE AROUND θ TEMPERATURE[J]. 2008, 26(6): 775-781.
Jun-fang Li, Yi-jie Lu, Guang-zhao Zhang. THE OBSERVATION OF INTERNAL MOTION OF LINEAR POLYSTYRENE CHAINS IN CYCLOHEXANE AROUND θ TEMPERATURE[J]. 高分子科学(英文版), 2008,26(6):775-781.DOI:
Jun-fang Li, Yi-jie Lu, Guang-zhao Zhang. THE OBSERVATION OF INTERNAL MOTION OF LINEAR POLYSTYRENE CHAINS IN CYCLOHEXANE AROUND θ TEMPERATURE[J]. 2008, 26(6): 775-781.DOI:
THE OBSERVATION OF INTERNAL MOTION OF LINEAR POLYSTYRENE CHAINS IN CYCLOHEXANE AROUND θ TEMPERATURE
A high molecular weight (Mw = 1.85 × 107) polystyrene (PS) with narrow distribution was prepared by high vacuum anionic polymerization in tetrahydrofuran. By use of dynamic light scattering
the dynamics of PS chains in cyclohexane was studied around the θ temperature. For the first time
we have observed the internal motion of polymer chains in solutions below the θ temperature by using dynamic light scattering at smaller angles (even qRg 1).
Abstract
A high molecular weight (Mw = 1.85 × 107) polystyrene (PS) with narrow distribution was prepared by high vacuum anionic polymerization in tetrahydrofuran. By use of dynamic light scattering
the dynamics of PS chains in cyclohexane was studied around the θ temperature. For the first time
we have observed the internal motion of polymer chains in solutions below the θ temperature by using dynamic light scattering at smaller angles (even qRg 1).
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