The characteristics of glass shell of large deflection angle super slim cpt are discussed in this paper , and the mechanism of super slim cpt are also analyzed 本文通过论述大偏转角超薄型彩管的玻壳特点，解析彩管的超薄化机理。
It is clearly that only two geometrical parameters i . e . maximal misalignment angle ( ) and distortion width ( s ) need to be determined experimentally 纤维弯曲模型（ fdm ）只有两个几何参数（最大纤维偏转角和变形区宽度）需要由实验确定。
The super slim cpt deals with two problems , one is to extend the deflection angle of electron beam and another is to minimize the length of glass shell , especially the length of funnel 摘要彩色显像管的超薄型化涉及到两方面的问题，其一是扩大电子束的偏转角，其二是减小玻壳的长度，尤其是锥体玻壳的长度。
Beam steering characteristics of liquid crystal optical phased array ( lcopa ) is an important index evaluating its optical performance , and beam steering angle is the direct parameter indicating this 液晶光学相阵列的光束偏转特性是评价其光学特性的一项重要指标,而光束偏转角是直接评价这一特性的物理参数。
There is a factor which depends on the breaking scale in the formula of angle of deflection of timelike and spacelike test particles in this kind of cold stars . it is a possible observational effect for astrophysics 对于这类冷天体的类光和类时测试粒子的偏转角公式存在一个依赖于破缺标度的因子。这是一个可能的天体物理观测效应。
The beam steering angle is always small , about 2 ~ 3 , and high resolution and orientation precision are required , so a high - precision optical small - angle measurement technique and system is imminently required to develop 由于该光束偏转角一般比较小,大概在2 ~ 3 ,要求实现高的分辨力和定位精度,因此迫切需要研究一套高精度的光学小角度测量技术与系统。
The longitudinal young ' s modulus and the in - plane shear modulus decrease with the increase of the maximum misalignment and the distortion width , but the transverse young ' s modulus and main poisson ' s ratio have no obvious change 研究了不同的最大纤维偏转角和变形区宽度对层合板弹性常数的影响，发现随着和的增加纵向弹性模量和面内剪切模量逐渐降低，横向弹性模量和主泊松比变化不明显。
A kind of capacitor sensor to make computer - based measurements to level angle is designed . it is with the aid of artificial neural network that we can non - linearity map the level angle with the output values regarding to the changing environmental conditions 利用电容式传感器实现水平偏转角度的计算机检测，在考虑环境条件变化的情况下，利用人工神经网络实现偏转角与输出量值的非线性映射。
Small - angle measurement based on total internal reflection effect is a high - precision method . the s - and p - polarized components in reflection beam has different phase shift when total reflection occurs , which could be used to measure the incident angle 光学内反射法测量光束微小偏转角是一种高精度的测角方法,它主要是利用光束在发生全反射时反射光中的s光和p光产生的相位差不同这一特点进行测角的。
Abstract : a kind of capacitor sensor to make computer - based measurements to level angle is designed . it is with the aid of artificial neural network that we can non - linearity map the level angle with the output values regarding to the changing environmental conditions 文摘:利用电容式传感器实现水平偏转角度的计算机检测，在考虑环境条件变化的情况下，利用人工神经网络实现偏转角与输出量值的非线性映射。
