1.
Study on the Synthesis,Photochemistry and Photoinitiation Behavior of the Polymerizable Photoinitiators;
可聚合光敏引发剂的合成、光化学和光引发行为研究
2.
Synthesis of polymerizable photosensitive initiator 4-vinyl-4′-chlorobenzophenone
可聚合型光敏引发剂4-乙烯基-4′-氯二苯甲酮的合成
3.
Effect of photoinitiator used for photoimageable silver paste in UV curing
光引发剂对光敏银浆紫外光固化性能的影响
4.
The Synthesis of Hybrid Photoinitiators and Polymeric Photosensitive Assistants in UV Curing;
UV固化中杂化光引发剂及可高分子化的光敏助剂的合成研究
5.
Preparation of photoinitiator onto star-SBS and and the performance of pressure-sensitive adhesives modificated by ultraviolet
光引发剂接枝星型SBS的合成及其UV改性压敏胶的研究
6.
sensitizing compound
敏化剂， 活化剂， 感光剂
7.
Study and Application on Compound Photoinitiator System;
紫外光敏复合引发体系的研究及应用
8.
The Synthesis of Photoinitiators Applied in Pigmented UV Curing System--That is the Synthesis of Acylphosphine Oxide Photoinitiator;
紫外光固化有色体系光引发剂的合成——酰基氧化膦光引发剂的合成
9.
Research on Matching between Photoinitiator and Pigment of UV Ink
UV油墨光引发剂与颜料匹配的研究
10.
Determination of the content of photo initiator in UV curable coatings by HPLC method
HPLC法测定UV固化涂料中光引发剂含量
11.
Preliminary Selection & Evaluation of Chinese Photosensitizers for Their Potential Clinical Application;
国产新型光敏剂的筛选及开发前景的初步研究
12.
Effect of Concentration of Macro-Initiator and Crosslinking Agent on Electro-Optical Properties of Polymer Dispersed Liquid Crystal
大分子引发剂和交联剂对PDLC电光性能的影响
13.
Studies of Poly(urea)urethane Type Polymeric Photoinitiator Comprising Benzophenone and Coinitiator Amine;
含共引发剂胺的聚（脲）氨酯高分子型二苯甲酮光引发剂的研究
14.
The rate of conversion was counted using relative absorption area method.
结果表明该类光引发剂具有很高的光化学活性，而引发剂的结构直接影响引发性能。
15.
Synthesis and Photoinitiability Investigation of Free Radical-Cationic Hybrid Photoinitiators;
自由基—阳离子杂化型光引发剂的合成与光引发性能测试
16.
Synthesis and Photopolymerization of Polymeric Photoinitiators;
大分子光引发剂的合成及其光聚合性能研究
17.
Quantum Efficiency Evaluation for Photoinitiators Based on Spectral Analysis
基于光谱分析方法的光引发剂量子效率评估
18.
Photopolymerization Behaviors of Novel Two-Photon Absorption Initiators and Fabrication of Microdevices
新型双光子引发剂光聚合行为及微器件制备