此外，超微胶乳涂膜的性能与单体配比、加氨量和剪切时间都有关。
The performance of micro-latex membrane was affected by the monomer ratio, the amount of ammonia and shearing time.
刀架剪切角能在一定的范围内调整，可使剪切材料变形量减小到理想状态，又可剪切超厚板料。
Shearing Angle can be adjusted within a certain range, which can reduce the shearing deformation of sheet metal and can shear much thicker sheet metal.
通过单体两段滴加法乳液聚合和氨化剪切，制备了聚丙烯酸酯超微胶乳。
Polyacrylate micro - latex was prepared by coupling conventional emulsion polymerization with two -stage addition of monomer and latex shearing in the presence of ammonia.
计算结果表明超硬涂层材料滚动接触的力学行为和一般的滚动接触的力学行为存在很大的不同，主要表现在对最大剪切应力的影响。
The calculation shows that the dynamical behavior of rolling contact about super hard material coatings is very different from the dynamical behavior of rolling contact about ordinary contact.
单体两段滴加法中，当预加单体量小于30%时，聚合过程稳定，氨化剪切后超微胶乳透光率约65%；
When the pre-adding fraction of monomer was less than 30%, the polymerization could be carried out stably and a final micro-latex with 65% transparency was obtained.
单体两段滴加法中，当预加单体量小于30%时，聚合过程稳定，氨化剪切后超微胶乳透光率约65%；
When the pre-adding fraction of monomer was less than 30%, the polymerization could be carried out stably and a final micro-latex with 65% transparency was obtained.
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