动力学传递特性,dynamic transfer characteristic
1)dynamic transfer characteristic动力学传递特性
2)mechanical transfer property力学传递特性
1.By the experiment of drop jumping themechanical transfer property on sands of about 40cm deep was studied.采用跳深的方法对约 40 cm深沙地的力学传递特性进行实验研究 ,并引入“黑箱”理论进行动力学与动力学数据的对比分析以获得沙地力学传递函数 :力传递函数为 Fd=0 。
英文短句/例句
1.Experimental Study of Mechanical Transfer Property on Sands and Dynamic Character of Spike with a Jump in Beach Volleyball;沙地力学传递特性的实验研究及沙滩排球扣球起跳的动力学特征
2.Studies on the soil hydraulic properties and pedo-transfer functions in Fengqiu county;封丘土壤水力学特性及其土壤传递函数的研究
3.Shear Stress Transfer,Strength Characteristics and Safety Control of Composite Liner Systems复合衬垫系统剪力传递、强度特性及安全控制
4.(meteorology) the horizontal transfer of heat or other atmospheric properties.（气象学）热或其他气团特性的水平流动或传递。
5.Study on the Transport Properties of Aqueous Electrolyte Solution by Brownian Dynamics Simulation电解质水溶液传递性质的布朗动力学模拟研究
6.DEVELOPMENT OF THE TWO-DIMENSIONAL SPATIAL TRANSITIVE REASONING ABILITY OF PRIMARY SCHOOL CHILDREN;小学儿童两维空间方位传递性推理能力的发展
7.DEVELOPMENT OF THE ONE-DIMENSIONAL SPATIAL TRANSITIVE REASONING ABILITY OF PRIMARY SCHOOL CHILDREN;小学儿童一维空间方位传递性推理能力的发展
8.Experimental Research on Atomization Characteristics of Pressure Nozzle and Numerical Simulation on Heat and Mass Transfer in Spray-Dryer;压力式喷嘴雾化特性实验研究及喷雾干燥热质传递特性数值模拟
9.STUDY ON THE VERTICAL LOAD TRANSMISION THROUGH THE TRACK STRUCTURE AND THE CHARACTERISTICS OF SUBGRADE DYNAMIC STRSSES轨道结构垂向荷载传递与路基附加动应力特性的研究
10.Study on Pile-soil Stress Ratio and Load Transfer Characteristics of Cast-in-situ Concrete Thin Wall Pipe Pile Composite Foundation;现浇混凝土薄壁管桩复合地基桩土应力比及荷载传递特性研究
11.Dynamic Characteristic Study on Hydropower House From Different Transmit Modes of Dynamical Loads机械动荷载传递方式对水电站厂房动力特性影响研究
12.Numerical simulation of bearing capacity and load transfer behavior of single T-shaped deep mixing column钉形搅拌桩单桩承载力及荷载传递特性的数值模拟研究
13.Development of Transitive Inferences in 5-to-6-olds;5~6岁儿童传递推理能力的发展特点
14.Modulation transfer function measurement in ICF hydrodynamic instability experimentsICF流体力学不稳定性实验中调制传递函数的测量
15.Study of Improving Heat and Mass Transfer Performance Based on Coupled Heat and Moisture Transfer Characteristics基于热湿传递耦合特性提高热质传递性能的方法研究
16.Study the Characters of History Seriously ,TransmitKnowledge and Information Scientifically;认真研究历史特点 科学传递知识信息
17.An Experimental Method of Studying Sound Transmission in Car一种分析车内声传递特性的实验方法
18.Study of Measuring Method and Transmitting Behaviour of Transient Temperature on Upsetting Die镦粗模瞬态温度测试与传递特性研究
相关短句/例句
mechanical transfer property力学传递特性
1.By the experiment of drop jumping themechanical transfer property on sands of about 40cm deep was studied.采用跳深的方法对约 40 cm深沙地的力学传递特性进行实验研究 ,并引入“黑箱”理论进行动力学与动力学数据的对比分析以获得沙地力学传递函数 :力传递函数为 Fd=0 。
3)optical transfer characteristic光学传递特性
4)vibration transmissibility振动传递特性
1.Research on Vibration Transmissibility of Doubled-Wall Corrugated Paperboard;双瓦楞纸板振动传递特性研究
2.Thevibration transmissibility of the conical shell with composite material honeycomb structure is investigated by modal experiment and vibration table experiment.通过模态试验和振动台试验,对复合材料蜂窝结构锥形壳的振动传递特性进行了研究。
3.In order to provide basic data for utilizing honeycomb paperboard in cushioning and vibrationproof packaging, dynamic cushioning property andvibration transmissibility of honeycomb paperboards with different thickness are experimentally investigated on the drop shock machine and vibration table.试验结果表明:蜂窝纸板的动态缓冲曲线呈凹谷状,开口向上,只有一个极小值点,冲击加速度波形近似于半正弦波,冲击作用时间较长,吸收的冲击能量较大,具有优良的动态缓冲特性;振动传递特性具有多模态性,有主次之分,对高频振动有显著的衰减性。
5)motion transmitting characteristics运动传递特性
1.Presented is an analysis of themotion transmitting characteristics of constant velocity joint (CVJ) and Cardan joint when the axes of the joints move arbitarily in the constraint permited space.研究并基本解决了轴线相交且做允许的任意空间运动时等速万向节和十字轴式不等速万向节的运动传递特性的分析问题。
6)Jitter transfer function抖动传递特性
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
