This paper introduces how to obtain and assimilate the GPS bending angle.
文中介绍了如何获得及同化GPS折射角资料的原理。
Under the constant bending times, the biggest bending angle can be obtained with an optimal accumulative line energy value.
在扫描次数一定的情况下，存在一个最优的累积线能量使弯曲角达到最大；
The bending Angle increases with an increase of the energy density.
增加能量密度，板料的弯曲角度显著增大。
In order to adjust the bending Angle, the T-type slide seat and bending press plate were used.
模具采用T形滑座与弯曲角两边的压板调节，从而达到在一定范围内调节弯曲角度的目的。
At the same press bending Angle, the cross section distortion of the tubes decreases by increasing the distance between the die fulcrums.
在相同的压弯弯曲角度下，增大凹模支点的间距可以减小管坯截面的畸变。
The ANN model between the bending Angle and technological parameters is built by using the technology and sample data which has been acquired.
应用神经网络技术，并利用已经获取的加工样本数据，建立起工艺参数与折弯角之间的人工神经网络模型。
There are many advantages of the GPS bending Angle, such as high resolution, availability in all weather conditions, and global data coverage.
GPS折射角资料具有分辨率高、全天候探测、覆盖全球等优点，实现对GPS折射角资料的变分同化，将具有非常重要的意义。
The utility model provides the toothpick capable of adjusting the bending Angle freely by a user according to the gash position or distance at the inner side of a mouth.
提供一种由使用者根据口腔内侧齿缝位置或距离，可随意调整弯曲角度的牙签。
The results show that: the springback Angle of bent tube increases with the bending Angle, the gap between mandrel and tube, and the hardening coefficient, but decreases with the hardenability value.
结果表明：回弹角随弯曲角、芯棒与管壁间隙及材料硬化系数的增大而增大，随材料硬化指数的增大而减小。
The results show that: the springback Angle of bent tube increases with the bending Angle, the gap between mandrel and tube, and the hardening coefficient, but decreases with the hardenability value.
结果表明：回弹角随弯曲角、芯棒与管壁间隙及材料硬化系数的增大而增大，随材料硬化指数的增大而减小。
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