1.
Research on the Stimulated Raman Spectrum in Submicro-Diameter Fiber
亚微米直径光纤的受激拉曼谱特性研究
2.
Fabrication of Submicro-diameter Fiber and Stimulated Raman Scattering Effect in it;
亚微米直径光纤的制造及其中的受激拉曼散射效应
3.
Hundred-Micron Core Diameter Fiber Laser and Its Mode Control
百微米芯径光纤激光器及其模式控制技术研究
4.
Investigation of Process by Laser-evaporiting to Produce Sub-micrometer Magnetic Fibres
激光蒸发法制备亚微米磁性纤维的研究
5.
reference surface diameter tolerance
基准面直径容差 -光纤的
6.
reference surface diameter
基准面直径 -光纤的
7.
Investigation on Micro-defects in Large-diameter CZSi Crystal Used for Sub-micro IC;
深亚微米级集成电路用大直径CZSi单晶中微缺陷的研究
8.
Electrospinning preparation of PI/TiO_2 nanofibers and their photocatalytic properties
静电纺丝法制备PI/TiO_2亚微米纤维膜及其光催化性能
9.
Processing continuous submicro/nano SiC fibers by electrospinning
静电纺丝制备连续SiC亚微米/纳米纤维
10.
Spot diameters of just a few thousands of an inch can readily be attained with convenient short focal length lenses.
用普通的短焦距透镜不难得到直径只有几十微米的光点。
11.
Microarc Oxidation Coating of the Sub-Micron Holes
亚微米级孔径微弧氧化膜层工艺研究
12.
Research on Fabrication and Specialty of 80μm Diameter Fiber Grating;
80μm直径光纤光栅的制作及其特性研究
13.
STUDY ON THE POSITIONING TECHNOLOGY OF LONG DISTANCE AND SUBMICROMETER ACCURACY LASER DIRECT WRITING DEVICE;
大行程亚微米精度激光直写设备定位技术的研究
14.
The minimum bending diameter should not be less than25 times of the fiber/ cable diameter.
使用时光纤/缆的盘卷直径不小于光纤/缆直径的25倍。
15.
One micron is a thousandth of a millimeter: a pinhead is about a millimeter across.
一微米等于千分之一毫米。 针头直径大约一毫米。
16.
Can a smaller diameter fiber be used in the probe?
更小直径的光纤能在探测器中使用吗？
17.
Study on the Influencing Factor of Nano/Submicron Regenerated Silk Fibroin Fibers by Electrospinning
纳米/亚微米再生丝素蛋白纤维制备的影响因素
18.
Stage 3: >=400 microns in diameter, pseudooperculum.
直径大于400微米（裂孔），假性包盖。