1)  cohesion mechanism
黏结机理
1.
Meanwhile,the interaction of latex particulates and pigment particles and the cohesion mechanism of latex in the coating color are discussed in detail,and the motion of.
本文剖析了合成胶乳的主要性能特征,讨论了胶乳特性与涂布纸质量的相关性;阐述了胶乳胶黏剂在纸张颜料悬浮液中与颜料粒子的相互作用及黏结机理,并分析了在涂布的不同阶段,乳胶微粒移动的不同方式。
2)  bonding
黏结
1.
In order to reduce the probability of bonding and lengthwise direction fold in process of hood-type annealing, choosing hood-type annealing production line of BaoSteel 1220 plant as subject investigated, this thesis puts forward a new suspension type coil stacking version and it has high theoretical sense and use value.
为了降低减少钢卷罩式退火过程中的黏结与纵向折叠缺陷发生的概率,在大量的现场调研与理论分析的基础上,以宝钢冷轧薄板厂1220罩式退火生产线为研究对象,提出了一套悬浮式钢卷堆垛新方案,具有较强的理论意义与实用价值。
3)  adhesion
黏结
1.
By analysing band steel adhesion phenomenon, the author presents a new method to improve adhesion phenomenon.
本文分析了冷轧带钢生产中的黏结现象,提出了一种改善黏结的方法。
4)  adhesive
黏结剂
1.
Bonding properties of maize starch adhesive;
玉米淀粉黏结剂的黏结性能
2.
Technique development of preparation of catalytic cracking catalyst based on silica sol as adhesive;
硅基黏结剂催化裂化催化剂制备技术进展
3.
Stress effect analysis of effect of posts and adhesives with different elastic modulus to the fiber post restorations;
纤维桩和黏结剂的弹性模量对纤维桩修复应力的影响
5)  adsorption
黏结吸附
6)  binder
黏结剂
1.
Research progress of binders for Li-ion batteries;
锂离子电池用黏结剂的研究进展
2.
Influence of binder on the performance of Li-ion battery;
黏结剂对锂离子电池性能的影响
3.
The possibility of wheat straw treated with water and alkali solution used as bio-briquette binder was studied by orthogonal experimental method,then the briquetting mechanism of bio-briquette was studied by FTIR and microscopy.
通过正交实验研究了小麦秸秆经"水浸-碱煮"处理制备生物质型煤黏结剂的可能性,在此基础上,利用红外光谱仪和显微观测系统研究了生物质型煤的成型原理。
参考词条
补充资料:高聚物黏结炸药
分子式:
CAS号:

性质:以高聚物为黏结剂的混合炸药,也称塑料黏结炸药。以粉状高能单质炸药为主体,加入黏结剂、增塑剂及钝感剂组成。具有较高的能量密度,较低的机械感度,良好的安定性、力学性能和成型性能,操作安全可靠,并能按使用要求制成具有特种功能的炸药。种类繁多,按装药工艺可分压装、铸装、塑态捣装等;按物理状态可分造型粉、塑性炸药、挠性炸药、浇铸高聚物黏结炸药、泡沫炸药等。可采用溶液混合-蒸馏法、沉淀法、糊状物过筛法、破乳法、溶液蒸发法、化学聚合法制造高聚物黏结炸药。军用方面用于反坦克导弹、水雷、鱼雷、航空炸弹和核战斗部起爆装置,工业上用于石油射孔弹、爆炸成型等。

说明:补充资料仅用于学习参考,请勿用于其它任何用途。