1) dry lamination
干式复合
1.
Study on a new alcohol-soluble adhesive for dry lamination;
新型醇溶性干式复合胶的研制
2.
A two - component polyurethane adhesive with high solid content, low viscosity for dry lamination was prepared.
研制了一种具有高固含量、低粘度的干式复合用双组分聚氨酯胶粘剂，考察了聚酯多元醇，扩链剂丙三醇／乙二醇（摩尔比）、NCO／OH（摩尔比），双组分胶配比以及缓凝剂等因素对该胶粘剂性能的影响，并用红外光谱对胶的固化过程进行了表征。
3.
From investigating the properties and raw materials of AD adhesive for dry lamination and synthesis technology of acrylate copolymer, we can draw the conclusion that along with the cost of AD adhesive reduced by 20—30%, its properties can reach or even be superior to those of common polyurethane adhesives for dry lami-nation.
本文研究了AD干式复合胶粘剂(干复胶)的性能和单体组成,丙烯酸酯共聚物的合成工艺以及成份之间的相互关系。
2) dry laminating
干式复合
1.
Study on vinyl acetate-acrylate-styrene emulsion adhesive for paper/plastic dry laminating;
醋-丙-苯乳液型纸塑干式复合胶粘剂的研制
2.
The preparation method and performance of a new type of alcohol-soluble acrylate adhesive modified by epoxy resin for dry laminating film are introduced.
实验结果表明,该复膜胶可用于制备塑料复合薄膜,具有环保、无毒、剥离强度高和快速固化等特点,适用于快速干式复合薄膜的生产线。
3) dry-compound machine
干式复合机
1.
This paper designed dry-compound machine based on the PIC singlechip.
该文设计了基于单片机(Pic18f66j10)的干式复合机控制系统。
4) compound jamming
复合式干扰
1.
To solve the problem that the jamming is difficult to be recognized in the satellite communication,a new algorithm for compound jamming Auto-Recognition Based on Fast Independent Component Analysis (FICA) and Support Vector Machines (SVM) was put forward.
针对卫星通信中经常出现的干扰难以识别的问题,提出一种基于快速独立成份分析(FICA)和支持向量机(SVM)的复合式干扰识别方法。
5) compound dry coal preparation
复合式干法选煤
1.
Application of compound dry coal preparation in Fuli Mine;
复合式干法选煤在富力矿的应用
2.
The practice application situation of compound dry coal preparation is introduced Sulfur content of NO 10 coal seam reach 4 2% Sulfur content can be reduced through dry coal preparation At the same time, a better economic benefit can be gained.
介绍了复合式干法选煤技术在曹村矿实际应用情况。
补充资料：活塞式无油干式机械真空泵原理及简介
活塞式无油干式机械真空泵技术要求不太复杂，容易制造。
该泵的外形呈扁方形，是由四个阶梯形活塞及四个阶梯形气缸组成。与电机直联的轴通过四根连杆带动四个活塞。活塞的背面空间由次级活塞抽气，以减少泄漏和降低极限压力。每个气缸都有进气阀与排气阀。四个活塞组成三个压缩级，为了增加抽速，两个活塞是并联的，为了便于泵在大气压力下的启动，设置了辅助排气阀，当活塞的排气压力高于大气压力时，有一部分气体通过阀排入大气，当其排气压力低于大气压力时，则排出气体依次进入第三个、第四个气缸压缩后排出泵外。泵的压缩比可达到 105 ，泵的极限压力可达 1.3Pa 。泵气缸的内表面衬有聚合材料，以降低摩擦系数与磨损。这种泵的功率消耗低，散热条件较好，不需要冷却水。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条