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1·The winding angle of crossing is controlled electronically to ensure excellent capability of anti-ribboning;

卷绕交叉角采用电子控制，保证出色的防叠性能；

2·The thickness of the head part is changing along its warp direction and the winding Angle of any point on it varies.

纤维缠绕复合材料压力容器封头部分沿其子午线方向其厚度在不断变化，且任意点的缠绕角度也各不相同。

3·By experiment and theoretical analysis, the selection of winding Angle, thickness ratio and other main parameters is discussed.

通过实验与理论分析，对缠绕倾角、壁厚比等主要参数的选用进行了探讨。

4·In this paper, we conduct the analysis and calculation to the winding pattern of the pressure vessels with different winding angle in both of the dome ends in the same winding layer.

对在压力容器缠绕成型中，同一个纵向缠绕层中两端封头采用不同的缠绕角缠绕进行缠绕线形的理论分析与计算。

5·Then the flowchart to calculate the advanced angle and winding currents are given.

给出了超前角和绕组电流的计算流程。

6·The main control parameters of SRD are opening angle, turn-off angle, phase current and phase winding voltage.

SRD的主要控制参数有开通角、关断角、相电流和相绕组电压。

7·Optical fiber winding was a important technique in optical fiber guided missile, and lag Angle controlled by lead screw subsystem was a key factor in optical fiber precise winding.

光纤自动精密缠绕是导弹光纤制导中的一项重要技术，其中滞后角是光纤精密缠绕中的关键因素，滞后角的控制是通过丝杠子系统来完成的。

8·In this paper, we introduced the system for fast and precise winding of optic fiber, and presented a method to measure the Angle of optic fiber using dynamical optic-electric sensor.

分析了光纤高速精密卷绕生产中的问题，论述了系统的设计方案，提出了利用光电传感器对光纤偏角进行实时检测的方法并进行了实验研究。

9·This paper introduces design theory and method of conduction Angle of every winding in switching reluctance motor's regulating system.

本文介绍了在开关磁阻电动机调速系统中对各相绕阻的导通角的设计原理和方法。

10·This paper determined the shape of the Angle rings through which calculated the ending dimension of winding-insulation configurations and the maximum electric field intensity.

通过对电力变压器绕组端部绝缘结构尺寸与最大场强的计算，确定了角环的形状。