力学解析,mechanical analysis
1)mechanical analysis力学解析
英文短句/例句

1.Table Tennis Forehand to Attack the Ball Technology,Biomechanical Analysis乒乓球正手攻球技术的生物力学解析
2.Disdingushing acdemic terms: comprehesion,test and teaching of listening.;学术概念辨析:听力理解、听力测试及听力教学
3.The Analysis of the Kinesiology Anatomy and Mechanics in Enght Pole Boxing “Double Gesture Standing”;八极拳“两仪桩”的运动解剖学力学分析
4.Acetylene Production from Coal in Plasma Pyrolysis and Analysis of Thermodynamics and Kinetics;等离子体热解煤制乙炔及热力学和动力学分析
5.ANALYTICAL SOLUTION FOR A BEAM WITH PARTIALLY COVERED CONSTRAINED LAYER DAMPING局部覆盖约束层阻尼梁动力学问题的解析解
6.KINETIC STUDY ON GASEOUS HYDROCARBONS RELEASE OF SHANXI HUNYUAN CANNEL COAL DURING LOW TEMPERATURE PYROLYSIS PROCESS IN O_2-ENRICHED CONDITIONS山西浑源烛煤富氧低温热解气态烃解析动力学
7.Thermogravimetry and Kinetic Analysis of Deinking Sludge脱墨污泥热分解特性及其热解动力学浅析
8.On the Relation between Cultural Education and Listening Proficiency;浅析文化教学对听力理解水平的影响
9.Problems and Solutions in Aural Comprehension;理工科大学生听力理解提高途径分析
10.An Analysis of Barrier Listening Comprehension of Public English College Students and Countermeasures;大学生英语听力理解障碍分析及对策
11.Analysis on the Power Base of American Research University President解析美国研究型大学校长的权力基础
12.Kinetic study on the enclosure materials of computer monitor计算机显示器材料的热解动力学分析
13.Thermal Analysis and Thermal Decomposition Kinetics of Polyester聚酯的热分析与热分解动力学的研究
14.Kinetics analysis of decomposition of ilmenite by KOH sub-molten salt methodKOH亚熔盐法分解钛铁矿的动力学分析
15.Thermal Degradation Kinetics and Synthesis Study about SBS-g-MMASBS-g-MMA的合成及热降解动力学分析
16.GMECH s upports kinematic analysis and reverse kinematic and analysis certainkinetostat ic analysis.目前,它具有运动学正解、解和准动力学分析的能力。
17.Cognitive Analysis in Listening Comprehension and its Enlightenment to Listening Teaching;听力理解的认知分析及其对听力教学的启示
18.Research on Improving Middle School Students Ability in Solving Mathematical Questions Through Analyzing Their Errors;辨析中学生数学解题错误与培养数学解题能力的研究
相关短句/例句

analytic dynamics解析动力学
3)analytic resnlts of dynamics动力学解析分析
4)Analytical dynamic model动力学解析模型
1.Analytical dynamic model for planar adjustable seven-bar mechanisms based on parallel calculation;基于并行计算的平面可调七杆机构动力学解析模型研究
2.In grid computing environment,the dynamic simulation for spherical parallel manipulators was executed with gird nodes by paralled method using analytical dynamic model,therefore the online calculation amount and computing time can be reduced,whic.基于以子结构为基本单元的建模思想,建立了3-DOF球面并联机器人的动力学解析模型,并基于网格计算技术构建了球面并联机器人动力学仿真的分布式并行计算环境。
5)solution using analysis mechanics分析力学解法
6)pressure analytic solution压力解析解
延伸阅读

量子力学中的力学量和算符  在量子力学中,当微观粒子处于某一状态时,它的力学量(如坐标、动量、角动量、能量等)一般不具有确定的数值,而是具有一系列可能值,每个可能值以一定的几率出现。当粒子所处的状态确定时,力学量具有某一可能值的几率也就完全确定。例如,氢原子中的电子处于某一束缚态时,它的坐标和动量都没有确定值,而坐标具有某一确定值r0或动量具有某一确定值p0的几率却是完全确定的。量子力学中力学量的这些特点是经典力学中的力学量所没有的。为了反映这些特点,在量子力学中引进算符来表示力学量。    算符是对波函数进行某种数学运算的符号。在代表力学量的文字上加"∧"号以表示这个力学量的算符。如坐标算符、动量算符。当粒子的状态用波函数 Ψ(r,t)描写时,坐标算符对波函数的作用就是r乘 Ψ(r,t),动量算符对波函数的作用则是微分:       可简单地写为    其他有经典类比的力学量都是r和p的函数,在量子力学中也是算符和的相应的函数。例如粒子绕原点的角动量在经典力学中是L)=r×p,因而在量子力学中角动量算符是     。  又如,在势为U(r)的力场中运动的粒子能量算符(也称哈密顿算符)为