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1)  coinitiator
共引发剂
1.
Studies of Poly(urea)urethane Type Polymeric Photoinitiator Comprising Benzophenone and Coinitiator Amine;
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
2)  Co-initiator
共引发剂
1.
Stannous octoate (Sn(Oct)2) and diethanolamine(DEA)were chosen respectively as catalyst and co-initiator to initiate the polymerization of DL-lactide at 130C for 36 h.
以辛酸亚锡[Sn(Oct)2]为催化剂,二乙醇胺(DEA)为共引发剂在130℃进行DL-丙交酯开环聚合36h,单体转化率平均约为75%,基本上与DEA投料比无关。
3)  initiator [英][ɪ'nɪʃieɪtə(r)]  [美][ɪ'nɪʃɪ'etɚ]
引发剂
1.
Organic peroxide initiator for resin polymerization;
PVC树脂聚合用有机过氧化物引发剂
2.
Influence of initiator dosage on properties of polyacrylic acid size;
引发剂用量对聚丙烯酸类浆料性能的影响
3.
Influence of initiator on modifying validity of PP/LDPE reactive extrusion;
引发剂对于PP/LDPE反应挤出共混改性效果的影响
4)  photoinitiator
光引发剂
1.
Study on the influence of photoinitiator on the solidify performance of molding materials by UV;
光固化成型材料中光引发剂对固化性能的影响研究
2.
Effect of photoinitiator on free radical UV-curing reaction;
光引发剂对自由基型UV固化反应的影响
3.
A Study on the Synthesis of Photoinitiator Thioxanthone ITX;
光引发剂噻吨酮ITX的合成研究
5)  photo-initiator
光引发剂
1.
Research progress of the photo-initiators and their applications in UV curable adhesive;
光引发剂及其在紫外光固化粘合剂中的应用研究进展
2.
The effects of pre-polymer,monomer,photo-initiator and curing system on the product's properties were discussed,and these properties were contrasted with other UV adhesive's.
介绍了一种紫外光固化粘合剂ZUV-X的制备,讨论了预聚物、单体、光引发剂和固化装置对产品性能的影响,并将该产品的性能与同类胶作了对比。
3.
The characteristics of waterborne photo-curable paints,waterborne UV-curable resins and waterborne photo-initiators,the application and the development trend of waterborne photo-curable paints are described in details.
水性光固化涂料是一种新型的光固化涂料,本文简述了其特点、水性UV树脂、水性光引发剂和水性光固化涂料的应用及研究进展。
6)  promoter [英][prə'məʊtə(r)]  [美][prə'motɚ]
助引发剂
1.
Advance in application of potassium alkoxides and potassium phenoxides as promoter in anionic polymerization;
醇钾和酚钾助引发剂在负离子聚合中的应用研究进展
补充资料:共引发剂
分子式:
CAS号:

性质:又称共催化剂,助催化剂。在碳-碳双键正离子聚合反应中,路易斯酸并不起有效的催化作用,必须在另一类物质——共引发剂的存在下才能发挥其催化功能。共引发剂与金属卤化物形成不稳定的配位化合物,它能进一步分解产生质子H+或碳正离子R+,这些正离子再与单体作用,从而诱发单体聚合。如以BF3为催化剂,以H2O为助催化剂,形成具有活性的配位离子:    BF3+H2O→BF3·OH2←→H(BF3OH)或以卤代烃RCl为助催化剂,协助路易氏酸离解生成正碳负子:SnCl4+RCl(溶剂)←→R+SnCl5

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