它具有难以置信的强度和弹性，而其异常的高导电性和半导体中灵活的应用可以提高计算能力。
It possesses incredible strength and elasticity, while its exceptionally high conductivity and use in flexible semiconductors could soup up computing.
无侧限抗压强度与压实度是检验堤防道路工程质量的重要指标，试验精度高，计算方法复杂。
Unconfined compression strength and compactness are important indexes that examines the engineering Quantity of dike road. The experimental precision is high, the computing technology is complicated.
采用相对论扭曲波近似方法对高离化态类铜铅离子的自电离速率系数与双电子俘获强度进行了计算。
Autoionization rates and dielectronic capture strengths of two other high-Z elements Au and Ta for comparison are also calculated.
计算结果表明，准端面圆弧齿轮基本上是沿齿高方向等强度分布，优于法面圆弧齿轮。
Computing result indicates that quasi transverse circular arc gear is basically equal on strength distributing along tooth depth direction and it is superior to normal plane circular arc gear.
该算法原理简单，计算量低而加密强度高。
This algorithm is simple to understand, its computation degree is small and its encryption intensity is very high.
激光出现以后，人们获得了高强度、高单色性的相干光源，在许多实际问题中，将遇到繁杂的菲涅耳衍射的计算。
Since laser appeared, pure monochromatic coherent light sources of high intensity have been achieved. In many practical problems, there are miscellaneous Fresnel's diffraction calculations.
根据模型得到的计算强度与试验强度拟合的非常好，相关系数非常高。
According to calculation strength that model receive being with test strength fit very well, the coefficient correlation is very high.
对于实际结构，由公式计算的结果往往误差较大，特别是高应力区域，难以精确计算，工程上只能采用经验设计，这样会导致结构的局部强度不足或整体安全裕度过高等不合理现象。
So it is hard to accurately calculate, and the design only works by experience, which will result in the lack of local strength or excessive safety margin and so on.
以一实际的岩土高边坡为例，探讨强度折减法的理论计算方法。
The paper presented the advance of strength reduction FEM in - depth, and discussed its' theoretic method.
光照渲染基于深度，法线和高光强度计算光照。
Lighting pass computes lighting based on depth, normals and specular power.
根据动态塑化理论，通过计算机进行优化设计的新型低能耗高塑化动态挤出复合专用螺杆。具有良好的混炼效果和均匀高热焓的树脂温度，涂层粘着强度高。
Low energy consumption high plasticity dynamic coextruding machine screw optimally designed with computer, with good mixing effect, even high enthalpy resin temperature and high viscosity of coating.
以一实际的岩土高边坡为例，探讨强度折减法的理论计算方法。
The paper presented the advance of strength reduction FEM in-depth, and d discussed its' theoretic method.
以一实际的岩土高边坡为例，探讨强度折减法的理论计算方法。
The paper presented the advance of strength reduction FEM in-depth, and d discussed its' theoretic method.
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