过程 process; procedure; transversion; plication; course 缩短制作过程 shorten the process of manufacture; 在讨论过程中 in [during] the course of the discussion; 加快过程 accelerate the process; 解释 ... 的过程 explain the process; 学习过程 the learning process; 生产过程 procedure of production; 谈判过程 process of bargaining; 它经过了一个有趣的进化过程。 it has passed through an interesting procedure of evolution. 我迟早要把这一复杂的过程全部告诉你。 i will tell you, sooner or later, all the complicated process
As it is known courses serve as the means of the realization of education tasks and objectives and reflect the teaching plan and its implementation 课程是作为实现学校教育的课题与目标的手段而存在的,反映学校教育的有目的的计划及其展开过程。
This paper introduces applicable design results for dbs , such as configurations , stuctural designs and the deploying processes , which are bases for the following analyses 本文首先介绍了双星计划中伸杆机构的总体布局和结构设计及其展开过程,为理论分析提供依据。
The speed of phase unwrapping is increased greatly because the ordered queue in this algorithm is developed by using look - up operation instead of sorting operation 在相位展开过程中,通过查表将相位待展开的点放到一个虚拟队列(等同于洪水算法中的有序队列)中,再进行相位展开。
The thesis introduces the way to perform the statics analysis . the model of statics analysis is gained by analyzing the changes of the force on the hoop truss during the deployment 通过对天线环形桁架的功能及结构的分析,确定天线环形桁架在展开过程中的受力情况,建立天线环形桁架的静力学分析模型,并对其进行了静力学特性分析。
Finally , the paper pilot studies the deployment of solar panels in fault modes . analyze single deployment fault mode in two work cases : unilateral deployment normally and unilateral deployment fault 最后,本文对dfh - 4卫星太阳翼故障模式展开过程进行了初步研究,主要研究了单侧故障模式展开下的两种工况:单侧正常展开和单侧故障展开。
Firstly , instructional practice is the unfolding of instruction subjects " . actual life , and instructional understanding is the realization of instruction subjects " spiritual life , which are united each other in practice 首先,教学实践活动是教学主体的现实生命的展开过程,教学理解则是教学主体精神生命的实现过程,二者在实践中内在统一。
The paper ' s primary study work is aiming at dynamics and kinematics performance of large extensible satellite ' s antenna ' s expanding process at two expanding orderliness and three expanding mode . gains simulating calculated result 本文的主要研究工作是在两种卫星天线展开规律、三种天线展开方式条件下,对大型可展开卫星天线在展开过程中的动力学以及运动学性能进行了仿真分析,获得了仿真计算结果。
Being used the before - mentioned method , models of short and long column tubes made of film were established , the deployment simulations of those were done , and the effects of folding to structure performance were studied . the methods of simulating for deployment process were studied 同时,针对较长充气管展开过程的控制性较差,从仿真模拟的角度提出了一种塑性搭接扣的约束方式,以提高充气管展开过程的可控性和稳定性,并模拟成功。
Analyzing and forecasting the dynamic behavior is very important for the overall design of the spacecraft . the paper studies the deployment dynamics of the large - scale solar panels and the attitude influence of the satellite undergo the different deployment modes for the dfh - 4 satellite 本文以东方红4号(简称dfh - 4 )卫星为研究对象,利用柔性多体系统动力学方法对其大型太阳翼的展开过程动力学以及不同展开模式下对卫星本体姿态运动的影响进行了研究。
The model analysis of the deployed beams were studied in both theory way and simulation way . the differences of the beams in different pressures were studied . investigations showed that the method of modeling for short and long rolled beams is doable ; the process of fold maybe lead so large displacement and stress that membrane is damaged at local areas , ration and material wrinkle generates , 研究结果表明:本文提出的分别针对短、长卷曲折叠充气管的建模方法是有效的;在充气管展开过程中,充气速度越大,展开的速度越快,但由于阻尼损耗,二者并非线性关系;充气速度过大不利于结构展开过程的稳定性;充气支撑管的气压越大其固有频率越高,但影响效果很小。