Reaction Mechanisms and Adhesion Performance of Thermal Self-Curing Acrylic Epoxy Pressure-Sensitive Adhesives
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概要
- 論文の詳細を見る
- 2007-06-15
著者
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Cho Yoon-gyung
Laboratory Of Adhesion & Bio-composites Program In Environmental Materials Science Seoul Nationa
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Kim Hyun-joong
Laboratory Of Adhesion & Bio-composites Program In Environmental Materials Science Seoul Nationa
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Park Jin-hee
Laboratory Of Adhesion & Bio-composites Program In Environmental Materials Science Seoul Nationa
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DO Hyun-Sung
Laboratory of Adhesion & Bio-Composites, Program in Environmental Materials Science, Seoul National
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Do Hyun-sung
Laboratory Of Adhesion & Bio-composites Program In Environmental Materials Science Seoul Nationa
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Do Hyun-sung
Laboratory Of Adhesion & Bio-composites Major In Environmental Materials Science Seoul National
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Kim Hyun-joong
Laboratory Of Adhesion & Bio-composites Department Of Forest Products Seoul National University
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Kim Hyun-joong
Laboratory Of Adhesion & Bio-composites Major In Environmental Materials Science Seoul National
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Cho Yoon-gyung
Laboratory Of Adhesion & Bio-composites Program In Environmental Materials Science Seoul Nationa
-
Kim Hyun-joong
Laboratory Of Adhesion & Bio-composites Program In Environmental Materials Science Seoul Nationa
-
Kim Hyun-joong
Laboratory Of Adhesion & Bio-composites Program In Environmental Materials Science Seoul Nationa
-
Kim Hyun-joong
Laboratory Of Adhesion & Bio-composites Program In Environmental Materials Science Seoul Nationa
関連論文
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- Reaction Mechanisms and Adhesion Performance of Thermal Self-Curing Acrylic Epoxy Pressure-Sensitive Adhesives
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- Comparison Study of Adhesion Performances between Curing Agent System and UV-Curing System in Acrylic PSAs/Rosin Acrylate Blends
- Comparison of Melt- and Solution Mixing for SIS based Hot-melt PSAs (I)
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- Adhesion Strength and UV-curing Behavior of UV-polymerizable Acrylic Pressure Sensitive Adhesives for Backgrinding Tape
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