1) composite fretting
复合微动
1.
The composite fretting tests with GCr15/20 steel ball-on-flat contact were carried out under the oblique angles of 45~(o) and 60~(o).
在球 /面接触条件下 ,以恒定加载速度 (6 mm /min) ,研究了 2 0号钢在两种倾斜角 (4 5°和 6 0°)、三种载荷 (Fmax=2 0 0 ,4 0 0 ,80 0 N)下的复合微动磨损行为。
2.
The composite fretting tests with GCr15/ GCr15 ballonflat contact have been carried out under the oblique angles of 30° and 45°.
对GCr15轴承钢球/平面接触方式,在倾角分别为30°和45°进行复合微动磨损试验。
3.
A composite fretting tester was modified by installing a specifically designed holder to eliminate the effect of the rotary momentum of the axle on the fretting behavior.
在改进复合微动试验装置和简化接触界面受力分析的基础上,在倾斜角30°和45°以及不同外加载荷条件下,考察了7075铝合金的复合微动行为及损伤机理,根据不同微动阶段的载荷-位移曲线特征分析了铝合金的微动损伤特性。
2) dual-motion fretting
复合微动
1.
The dual-motion fretting corrosion tests of pure titanium (TA2) flats against TA2 ball were carried out in Hank’s and saline solutions by a hydraulic fretting tester.
采用球/平面接触方式,进行纯钛(TA2/TA2)在Hank’s溶液和生理盐水中的常温切向和径向复合微动腐蚀实验。
2.
Dual-motion fretting corrosion tests combined with tangential and radial fretting modes on a ball-on-flat contact of pure titanium(TA2/TA2)were carried out in the media of deionized water and saline solution on a hydraulic dual-motion fretting tester with high precision.
在高精度液压式微动试验机上,采用球/平面接触方式,进行了纯钛(TA2/TA2)在干态、去离子水和生理盐水中的切向与径向复合微动试验。
3) composite structure electro-thermal actuator
复合结构电热微驱动器
4) complex particle
复合微粒
1.
SiO2-Zn(OH)2 complex particles modified by stearic acid were prepared by means of parallel flow precipitation process,and their tribological properties as additives in lubricant were studied with four-ball machine.
结果表明:该复合微粒粒径均匀一致;表面修饰剂硬脂酸与复合微粒之间存在化学键;复合微粒中Zn(OH)2和SiO2之间发生了相互作用,从而使Zn原子的结合能增大;添加0。
2.
Fe 3+ /TiO 2/SiO 2 complex particles with doped Fe 3+ were prepared by the sol gel method.
采用溶胶 -凝胶法制备了 Ti O2 / Si O2 和不同浓度 Fe3+掺杂的 Fe3+ / Ti O2 / Si O2 复合纳米粉末 ,并利用XRD、BET、UV-vis等手段研究了 Ti O2 / Si O2 及掺铁形成的 Fe3+ / Ti O2 / Si O2 复合微粒的表面结构形态变化 ,以及对污染物 NO- 2 光催化降解的影响 。
5) composite microsphere
复合微球
1.
Preparation of TiO_2 membrane/silica composite microspheres and its photocatalytic activity
TiO_2膜/硅胶复合微球的制备及光催化性能
2.
Study on synthesis of nano titania-crosslinked starch composite microspheres
纳米TiO_2/交联淀粉复合微球的合成研究
3.
The result showed that the composite microspheres were well dispersed and well synthetic efficiency.
先合成表面接羟基的磁流体,再在表面包覆上一层可溶性淀粉,采用悬浮聚合法和分散聚合法交联聚合成球,制得表面带羟基的磁性复合微球。
6) Composite particles
复合微粒
1.
Preparation and property of SiO_2-potassium titanate whiskers composite particles;
SiO_2钛酸钾晶须复合微粒的制备及性质研究
2.
Preparation of Composite Particles by Rapid Expansion of Supercritical Solution;
超临界溶液快速膨胀过程制备复合微粒
3.
The γ-Fe2O3/polyacrylate lithium composite particles were synthesized by the inversed emulsion polymerization.
采用反乳液聚合法合成了γ-Fe2O3/聚丙烯酸锂复合微粒,将其悬浮分散于硅油等液体介质中形成电流变体,考察了外加电场强度及分散相粒子的化学结构、表面活性剂等对其剪切应力-剪切速率关系、动态及静态屈服应力大小的影响。
补充资料:动微
1.洞察精微。
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