1) Intersection bodies
交体
2) crosslinking system
交联体系
1.
Study of crosslinking system in rubber seal components;
新型橡胶密封件交联体系的研究
2.
Experimental Research on Polymer Crosslinking System for Blocking Water
堵水用聚合物交联体系实验研究
3.
The mechanism and characters of different crosslinking systems, the properties and the application of the crosslinked coatings are mainly recommended.
对近年来在室温固化乳液涂料这一研究领域的进展进行了综述 ,主要介绍了交联体系的原理、特点和交联涂料的性能与应用。
3) gas exchange
气体交换
1.
Combined impact of ozone and simulated acid rain on gas exchange,growth and yield of field-grown winter wheat;
臭氧和模拟酸雨对冬小麦气体交换、生长和产量的复合影响
2.
An experimental study on the effect of different endotracheal suctions on the gas exchange in ARDS dog lung;
不同吸痰方式对ARDS犬肺内气体交换影响的实验研究
3.
Effects of sustained inflation on hemodynamics and gas exchange in rabbits with acute respiratory distress syndrome;
控制性肺膨胀对急性呼吸窘迫综合征家兔血流动力学和气体交换的影响
4) water exchange
水体交换
1.
Based on the analysis of the data obtained from in situ tidal cycle measurements, water exchange patterns in Bo ao Harbour were obtained.
依据全潮水文观测资料,估算了博鳌港的水体交换参数。
5) cross-linking monomer
交联单体
1.
Effects of shell-monomer addition modes,emulsifier content and its mass ratio in core and shell,speed of agitation and cross-linking monomers on stability of emulsion polymerization were discussed emphatically and its control means were also briefed.
重点讨论了壳层单体加入方式、乳化剂用量及其在核壳层中的分配比例、搅拌速度、交联单体等因素对乳液聚合稳定性的影响,并简要介绍了其控制方法。
2.
Effect of emulsifier system, charging way, polymerization temperature, electrolytes and cross-linking monomer etc on the polymerization stability was discussed.
重点讨论了乳化体系、加料方式、聚合温度、电解质以及交联单体等因素对聚合稳定性的影响,并简要介绍了其控制方法。
6) ligand exchange
配体交换
1.
Based on chiral ligand exchange, the distribution behavior of ofloxacin enantiomers in the two-phase system containing copper(II) ion (Cu 2+) and N-n-dodecyl-L-proline (L) was studied.
基于配体交换反应 ,研究了氧氟沙星对映体在含有Cu2 + 和N n 十二烷基 L 脯氨酸手性配体 (L)两相体系中的分配平衡 。
2.
99 Tc m MVNM, which is prepared under room temperature through ligand exchange reaction, reacts with the four phosphine ligands respectively to obtain mixed complexes of 99 Tc m MVNM phosphine.
合成了一个N3 S配体 (MVNM)和 4个膦配体 ,并以配体交换法在室温下制备了99Tcm MVNM ,然后分别与 4个膦配体发生混配反应 ,得到放化纯大于 90 %的99Tcm MVNM 膦混配配合物。
3.
For the potential biological application, the CdSe/ZnSe/ZnS QDs were transferred into water phase from an organic phase by surface ligand exchange with mercaptopropionic acid.
为了实现量子点的表面生物功能化,通过巯基酸进行了表面配体交换修饰,使量子点表面具有水溶性的羧基功能团,并且能够维持较高的光致发光量子产率。
补充资料：交体
1.指敌国。
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