temperature increment meaning in Chinese
温度升高值
温度增量
Examples
- In this paper , on the basis of analysis about temperature increment , stress , deformation of optical components and phaseshifts , the influences of beam quality are studied theoretically and experimentally
本文分析了光学元件的温升、应力和变形及其引起的附加相移，从理论计算和实验两个方面研究了热效应对光束质量的影响。 - About heat loss , emphasis was mainly put on the part of exit gas , furthermore , a comprehensive summation in reference to possibilities affecting emission gas temperature increment were made and corresponding measures were given
在锅炉的各项漏损中，着重分析影响排烟热损失的诸因素。对影响锅炉经济运行的不利因素给出较为有效的预防措施，达到提高锅炉运行经济性的目的。 - The models of analyzing temperature and structure are established . temperature increment and deformation are discussed with finite element method and ordered coupling method . maximum tensile stress criterion is chosen as the destroying criterion of components
首先建立了光学元件温升和结构分析模型，用有限元法和序贯耦合法计算材料的温升和变形，同时选取最大拉应力准则作为材料的破坏准则。 - High - energy laser system involves an optical train consisting of reflectors and windows , in which temperature increment , stress and deformation may happen because of the absorption of some fraction of the incident laser beam - energy so that the beam quality and transmission of energy to far - field will be affected
高能激光系统中，由一系列反射镜和窗口组成的“光学链” ，不同程度地吸收部分激光能量，产生温升、应力和变形，影响光束质量和光能量的远场传输。 - Absolute distribution of laser beam intensity is gotten from comparative distribution . the absorption coefficient of material is calculated by measuring transmissive ratio . the influences on temperature increment , stress and phase of laser beam are computed with different time , window cooling , window rotating , shape and material of window , distribution of intensity
由近场光斑相对分布得到其绝对分布，测量窗口透过率，求得材料的吸收系数，在此基础上计算了出光时间长短、窗口有无冷却、是否旋转、窗口材料及面型、光强分布形式对窗口温升、应力和光束位相的影响。