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1 Chiu, H. -T., "Thermal imidization behavior of aromatic polyimides by rigid-body pendulum rheometer" 108 : 3973-3981, 2008
2 Lee, K. C., "Synthesis and radical polymerization properties of thermal radical initiators based on o-imino-isourea : The effect of the alkyl side chain on the radical initiation temperature" 56 : 1749-1756, 2018
3 Subramani, S., "Structure–property relationship of blocked diisocyanates : synthesis of polyimides using imidazole-blocked isocyanates" 49 : 546-550, 2000
4 Hwang, J. W., "Rheology and curing characteristics of dualcurable automotive clearcoats using thermal radical initiator derived from O-imino-isourea and photo-initiator" 76 : 1666-1673, 2013
5 Mühlebach, A., "Pyrazoles-a novel class of blocking agents for isocyanates" 32 : 753-765, 1994
6 Delebecq, E., "On the versatility of urethane/urea bonds: reversibility, blocked isocyanate, and non-isocyanate polyurethane" 113 : 80-118, 2013
7 Adamsons, K., "Oligomers in the evolution of automotive clearcoats : mechanical performance testing as a function of exposure" 34 : 64-74, 1998
8 Bossion, A., "Non-isocyanate polyurethane soft nanoparticles obtained by surfactant-assisted interfacial polymerization" 33 : 1959-1968, 2017
9 Slinckx, M., "High-solids automotive coatings" 38 : 163-173, 2000
10 Gregorovich, B. V., "Environmental etch performance, and scratch and mar of automotive clearcoats" 24 : 131-146, 1994
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17 Wicks, D. A., "Blocked isocyanates III : Part B : Uses and applications of block ed isocyanates" 41 : 1-83, 2001
18 Lee, D. G., "Application of polycarbonate diol containing hindered urea to polyurethane-based clearcoats for tuning of scratch-healing properties" 17 : 1-14, 2020
19 Noh, S. M., "Analysis of scratch characteristics of automotive clearcoats containing silane modified blocked isocyanates via carwash and nano-scratch tests" 74 : 192-203, 2012
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22 Tassel, X., "A new blocking agent of isocyanates" 36 : 1745-1751, 2000