1.
Forensic research advancement of assessment in electric injuries without obvious electric mark;
无明显电流斑电损伤鉴定的研究进展
2.
Scanning Electron Microscopic Observation of Erythrocytes and Endothelial Cells of Electrified Death Rabbits;
无电流斑电击死兔的红细胞与血管内皮的扫描电镜观察
3.
The Relation Between Solar Flare and. Longitudinal Current Density on Jan. 14, 1989
1989年1月14日耀斑和纵向电流的关系
4.
THE FEB.4 1986 FLARE AND FILAMENT CURRENT LOOP COALESCENCE INSTABILITY
1986年2月4日耀斑与电流环合并不稳定性
5.
Investigation of Super-square Grid State Pattern in Ac-Driven Gas Discharge;
交流气体放电中超四边格子态斑图研究
6.
Square Pattern in Dielectric Barrier Streamer Discharge in Ar/Air;
Ar/Air介质阻挡放电流光模式中的正方网格斑图
7.
Transmembrane ionic channel currents were recorded by using the whole-cell patchclamp technique in single cardiac entricular myocyte enzymatically isolated from guinea-pig hearts.
应用全细胞斑片钳技术记录酶学方法分离的豚鼠单个心室肌细胞离子通道电流。
8.
The Influence of Lateral Flows on Rayleigh-Benard Convection Pattern
水平来流对Rayleigh-Benard对流斑图的影响
9.
Study of Digital Speckle Photography and Spatial Modulation for Electronic Speckle Pattern;
电子散斑照相与散斑干涉场空间调制技术研究
10.
The results showed that:1) The Quercus liaotungensis patch and the Betula platyphylla & Be tula dahurica patch are the main types in watershed;
1)小流域景观各斑块类型中，辽东栎斑块和棘皮桦斑块是优势斑块类型；
11.
a thermoelectric(al) current
温差电流, 热电流
12.
Observations on the efficacy of acupuncture based on midnight-noon ebb-flow for treating chloasma
子午流注针法治疗黄褐斑的疗效观察
13.
A typhus epidemic struck in the winter of 1919–20.
1919 至1920 年的冬天斑疹伤寒症流行。
14.
Investigations of Turbulent Spots and Coherent Structure in the Wall Region of a Shear Flow;
近壁剪切流动中湍斑及相干结构研究
15.
Epidemic Forecast and Yield Loss Estimate on Alfalfa Common Leaf Spot Disease
苜蓿褐斑病流行预测及产量损失估计
16.
Research on Rayleigh-Benard Convection Pattern in Binary Fluid Mixtures by Numerical Simuation;
混合流体Rayleigh-Benard对流斑图的数值模拟研究
17.
THE GEOCHEMICAL EVOLUTION OF HYDROTHERMAL FLUIDS IN PORPHYRY MOLYBDENUM DEPOSIT--TAKE THE AMERICAN HENDERSON PORPHYRY MOLYBDENUM DEPOSIT AS AN EXAMPLE
斑岩钼矿热液流体的地球化学演化——以美国亨德森斑岩钼矿为例
18.
Analysis on Antennal Sensilla of Speyeria Aglaja with Scanning Electron Microscope;
银斑豹蛱蝶触角感器的扫描电镜分析