| 1. | Standard sub micron grade for solid rotary tool applications
是适用于可转位工具的晶粒度为亚微米级的标准牌号。 |
| 2. | In chapter two , the basic structure , operating principle and imaging character analysis of clsm were introduced
通过对检测结果的分析，可以确认此系统具有小于微米级的分辨率。 |
| 3. | Sub - micron grades with extremely high wear resistance for abrasive materials such as laminated chip board , hard wood , etc
是适合于研磨料（比如电木板、硬木）的加工，具有极高的耐磨性，晶粒度为亚微米级的牌号。 |
| 4. | 4 ) while the processing parameters are appropriate , both of the indicated techniques can fabricate ultra - fine grain materials successfully
( 4 )在合适的工艺参数下，上述两种工艺均能够获得亚微米级的超细晶材料。 |
| 5. | Electrorheological fluids ( er fluids ) is a composite suspension of polarizable solid particles with a radium of u m dispersed in an unpolarizable continuous medium
电流变体是由粒径为微米或亚微米级的易极化粒子分散于低介电系数的液体绝缘介质中形成的复合悬浮体。 |
| 6. | Nanometer and micrometer sized gd2o3 : eu have many defects in the surface , and have high specific surface area , which can make the particles agglomerate , so the phosphors ’ lightness would be decreased
纳微米级的gd2o3 : eu荧光粉颗粒，表面存在很多缺陷，并具有大的比表面积，易团聚，从而影响荧光粉的发光性能。 |
| 7. | The ufd is characterized by transmisson electron microscopy ( tem ) and x - ray diffraction ( xrd ) ; the results showed that the ufd commonly exhibit a spherical shape , and it is cubic crystal
Ufd通过透射电镜( tem )观察和x射线衍射分析进行特性表征， tem观察到金刚石外貌大多为球形，尺寸约70nm ，但大多形成微米级的团聚体。 |
| 8. | There exists loose network structure in uhmwpe gel fiber after phase separation , many nano - sized and micro - sized poles occur in uhmwpe gel fiber after extraction , so nano - particles can diffuse into gel fiber
由于相分离而使uhmwpe冻胶纤维中存在着疏松的网络结构，经萃取后会在纤维中形成许多贯穿的纳米或微米级的微孔，使纳米粒子能扩散进入纤维中。 |
| 9. | Van der waals attraction , electrostatic force and capillary adhesion force are the three main forces for micron particle adhered to surface , and further research demonstrates the van der waals attraction is the most important factor to our research objects
根据理论计算，对吸附在光学基片表面上微米和亚微米级的抛光微粒，其范德华力与自身质量之比f _ v m高达10 ~ 6 10 ~ 9 ，传统的清洗方法难以克服它。 |
| 10. | The layer spacing changes from 2 . 2 nm to 3 . 3 nm . tio2 is a functional materials with some outstanding physical and chemical properties which have many important application in areas including environmental purification , photocatalyst , and high effect solar cell
钦酸钾是一种宽带半导体材料，现在有过关于用烧结法合成钦酸钾纤维，并用这些纤维作为复合材料增强剂的报道，但是这种纤维多是微米级的。 |
