1.
Calculate the Surface Field Strength and Emission Current Density of Field Emitter Cathode with Coefficient Method
待定系数法计算场致发射体阴极表面场强和发射电流密度
2.
In-situ Surface Enhanced Raman Spectroscopic Investigation on the Adsorption of Cyanopyridine;
氰基吡啶吸附的现场表面增强拉曼光谱研究
3.
Calculation of Surface Electric Field along ±800kV DC Transmission Lines with Bundled Conductors
±800kV直流输电线路分裂导线表面电场强度计算
4.
Effect of Surface Modification on WS_2's Dispersion Stability in High Strength Ultrasonic Field
强超声场下表面修饰对WS_2分散稳定性的影响
5.
Flow Field Analysis of Compulsive Spiral Flow in Finishing the Inner Surface of Rifle Barrel
强制螺旋流对身管内表面光整加工的流场分析
6.
when particle is close to the metallic electrode,the surface electric field of insulator ascend dramatically.
导电颗粒靠近金属电极时,绝缘子表面电场强度明显大于颗粒在其它位置时的电场强度;
7.
a cooler darker spot appearing periodically on the surface of the sun; associated with a strong magnetic field.
周期性地出现在太阳表面的温度相对较低的暗点；与强磁场有关。
8.
Electromagnetic Effect of Surface Enhanced Raman for Bioanalytical Applications;
表面增强拉曼散射的电磁场效应在生化分析中的应用
9.
Near-field SERS Technique and Its Analysis in Serum;
近场表面增强拉曼散射实验技术与血清分析的研究
10.
Finite Element Method Analysis of Stress-strain Field of Surface Crack on Super-strength Steel Plate Under Circular Loads;
超高强度钢平板表面裂纹在载荷循环中应力-应变场有限元分析
11.
The Study of Nano-Aperture Optical Probe Array for Surface Plasmon Enhanced T-Density Near Field Optical Storage
表面等离子体增强型T密度近场光存储纳孔光探针阵列研究
12.
Heat transfer enhancement of free surface MHD-flow by protrusion wall
球凸板对磁场中导电流体自由表面流动的传热强化
13.
Three-dimensional numerical simulation of light intensity distribution in vicinity of subsurface defect
光学材料亚表面缺陷处强激光电磁场分布的3维模拟
14.
In Situ Surface-enhanced Raman Spectroscopic Studies of Phenylacetylene Adsorbed on Gold Electrode
苯乙炔吸附在金电极上的现场表面增强拉曼光谱研究
15.
plate type spring surface airless shot-blasting machine
板簧表面强化抛丸机
16.
surface enhancement Raman spectroscopy
表面增强拉曼光谱学
17.
determination of the apparent initial circumferential tensile strength
表面内周拉伸强度的测
18.
Some are energetic enough to produce conspicuous, even spectacular, displays on the Earth's surface.
一些能量强大的地幔羽可以在地球表面产生一系列显著的，甚至是壮观的场面。