1.
Evaluation of the influence of the x-ray tube anode angle to the output spectra based on the Monte Carlo method
利用Monte Carlo方法研究X射线球管阳极靶角度对输出光谱的影响
2.
The immediate cause of low temperature in the polar regions is the low solar elevation and solar radiation input.
极区低温的直接原因是低的太阳高度角以及低的太阳辐射输入。
3.
Estimate the Run State of the Medical-use X-ray Tube′s Anode Target
医用X射线球管阳极靶运行状态的估计
4.
As the tilt increases, the poles receive more sunlight and warm up, at the expense of the midlatitudes.
当倾角增加，两极会获得较多阳光而变得较为温暖，中纬度地区则因照射到的阳光减少而变冷。
5.
Investigation on spectral structures of plasmas produced by laser irradiation on planar target with different incidence angles
不同角度激光打靶下的光谱结构研究
6.
Comparision of imaging quality of different anode/filter combination for digital mammography
不同阳极靶与滤过器组合的乳腺DR成像性能比较
7.
Analysis on Limit Depth of Projectile Penetrating into Semi-infinite Metallic Target
弹体撞击半无限金属靶极限侵彻深度分析
8.
half-intensity beam angle
发光二极管的半强度角
9.
lateral dipmeter
梯度电极地层倾角仪
10.
solar gravity creates extreme pressures and temperatures.
太阳引力制造了极强的压力和极高的温度。
11.
anodic sensitivity of photomultiplier tube
光电倍增管的阳极灵敏度
12.
Design on Aluminum Electrolytic Cell at High Anodic Current Density
高阳极电流密度铝电解槽的设计思路
13.
positive terminal of an electric battery;anode
（电池的）正极,阳极.
14.
The temperature variations during a year have maxima at the poles, where the annual variation of the inflow of solar energy is also maxtmum.
两极地区一年温度变化极大，太阳能入射量的年变幅也极大。
15.
The anode in an electron tube.
阳极电子管中的阳极
16.
Understanding The Crescent and Sunlight from Narratology Angle;
从叙事学角度解读《月牙儿》与《阳光》
17.
Essence of Taiyang Disease in Treatise on Cold Damage Diseases from the Meteorological Perspective
从气象角度探讨《伤寒论》太阳病实质
18.
Talk about nomenclature of twelve meridians from quantitative yin-yang theory
从量化阴阳的角度看十二经脉的命名