The minimal bending radius is 6 times the thickness of electric heating cable.
安装电热带最小弯曲半径为其厚度6倍。
The bending radius of cable: non armoured cable, should not be less than 6 times.
电缆的允许弯曲半径：无铠装电缆，不小于电缆直径的6倍；
Small bending radius, simplified busbar framework, clear arrangement, easy mounting.
弯曲半径小，母线架构简明，布置清晰，安装方便。
So the wavelength of TFBG can be used to define the bending radius of simple supported beam.
因此可以用TFBG波长来定义简支梁的弯曲半径。
There was some reference value to similar parts with big thickness and litter bending radius.
对类似厚材料小半径卷圆零件的多工位级进模设计有一定的参考价值。
The adjusting of bending radius was implemented by replacing the adjusting axis of bending radius.
弯曲半径的调节主要是通过更换弯曲半径的调节轴来实现。
When bending needed, better to adopt larger trend of bending radius so as to lower the friction between cable and casing.
在需要弯曲时，应尽量取弯曲半径大的走向，以降低钢丝绳和护套管间的摩擦力。
The main function of the system is in-plane bending radius estimation, forming limit estimation and forming process optimization.
本系统的主要功能有：面内弯曲半径的预测；成形极限的预测；成形工艺的优化。
At last, the formulation of allowable minimum bending radius limiting the change of the tube-wall thickness is derived, and proved to be of practical value.
推导出限制弯管壁厚变化量的许用最小弯曲半径公式，经试验验证具有一定的实用价值。
A few methods, which approximately calculate minimum relative bending radius, are put forward by analyzing the stress and strain as plate bending deformation in this paper.
通过对板料弯曲变形应力应变分析，提出了几种近似计算最小相对弯曲半径的方法。
The critical bending radius of PMMA polymer optical fiber is measured, By using grating monochromator, the exiting spectrums of the mode filters with different dimensions are measured.
对聚甲基丙烯酸甲酯(PMMA)芯聚合物光纤的临界弯曲半径进行了测试，利用光栅单色仪对采用不同尺寸滤模器的光纤出射光谱进行了测量。
The characteristics of this sensor is analysed. It is concluded that for a certain refractive index range, the index of fibre core, the radius of core and bending radius need to be optimized.
详细分析了这种传感器的特性，指出对于特定的外界折射率范围，需设计纤芯折射率、光纤半径、弯曲半径三个参量的最佳组合。
The bending loss oscillations in the two kinds of PCFs are observed by simulating the relationship between the bending loss and bending radius, and the origin of the loss oscillations was analyzed.
通过数值模拟弯曲损耗随弯曲半径的变化关系，证实了两种光子晶体光纤均具有弯曲损耗振荡特性。
The bending loss oscillations in the two kinds of PCFs are observed by simulating the relationship between the bending loss and bending radius, and the origin of the loss oscillations was analyzed.
通过数值模拟弯曲损耗随弯曲半径的变化关系，证实了两种光子晶体光纤均具有弯曲损耗振荡特性。
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