Department of Polymer Engineering and Color Technology, Amirkabir University of Technology
Abstract
Thermochromic materials are smart materials that change color with temperature. Since uv, high temperature, environmental condition affect on shelf time and efficiency of thermochromic system, the components may be mixed in specific ratios and encapsulated to protect the system from reacting with environment. Among the microencapsulation methods, in situ polymerization is imporatant due to high efficiency and ease of regulation process. Different factors such as emulsifier type and concentration, mixing rate affect on microencapsulation process.
Danesh, M., & Khatibzade, M. (2016). Review on microencapsulation by in situ polymerization and importance in thermochromic systems. Journal of Studies in Color World, 5(4), 25-32.
MLA
Marziyeh Danesh; Marziyeh Khatibzade. "Review on microencapsulation by in situ polymerization and importance in thermochromic systems", Journal of Studies in Color World, 5, 4, 2016, 25-32.
HARVARD
Danesh, M., Khatibzade, M. (2016). 'Review on microencapsulation by in situ polymerization and importance in thermochromic systems', Journal of Studies in Color World, 5(4), pp. 25-32.
VANCOUVER
Danesh, M., Khatibzade, M. Review on microencapsulation by in situ polymerization and importance in thermochromic systems. Journal of Studies in Color World, 2016; 5(4): 25-32.
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