- 更多网络例句与产生...动力的相关的网络例句 [注：此内容来源于网络，仅供参考]
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According to the principle of quantum mechanics, exploringly presented the possible mechanism of large-scale expansion at forepart of earth, quanta earth tectonic dynamic mechanism formed from super solid state of centrosphere material, presented the integral tectonic criterion in the process of evolution of earth system considering potential of quanta, potential energy of gravitation and heat energy as a result of special state of matter of centrosphere.③Established the evolutional model of finite nonlinear expansion to of integral tectonic dynamic of earth expansion., presumed and gived the skeleton model of original forepart earth before expanding. Applying the universal large scale finite element software, for the first time considered heat power and self gravitation in the same model of tectonic dynamic model simultaneously.
较系统地讨论了地球膨胀整体构造动力的若干基本理论问题：①分析汇总了地球演化产生、积累和以各种形式损耗的总能量，根据考虑引力势能与热能的维里定理，对现时地球整体动力状态进行判断；②根据量子力学原理，探索性地提出地球大规模膨胀的可能机制——地核物质超固态形成量子简併压强产生的动力——地球量子动力，给出了考虑地核特殊物态的量子势能、引力势能和热能的地球系统演化过程中的整体动力状态判据；③建立了地球膨胀整体构造动力的非线性有限膨胀演化模型，推测给出膨胀前早期地球的轮廓性模型。
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Chapter 4 firstly analyses the generation mechanics, calculating method and interference effect of flow force in the outflowing large-capacity proportional valve. Then it not only presents a structural design to compensate the flow force according to the performance characteristic of the cone valve, but also calculates and simulates the flow field at the valve port through CFD software Fluent6.0. At last it studies the influence of compensation structure parameters and obtains better projected dimensions.
第四章主要阐述了电液大流量控制阀的液动力产生机理，计算及其对系统的干扰作用，在此基础上针对该阀的结构和工作特点提出阀芯所受液动力的补偿方法和结构，然后对阀口处的流场进行了有限元仿真计算，探索了液动力大小与补偿结构的各参数之间的关系，最后得出能实现液动力补偿的合理结构。
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These are vehicles that usually combine a gasoline engine and an electric motor in order to generate power.
这是种将汽油引擎和电动机相结合产生动力的汽车。
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Oh, it's a four-wheel vehicle started by an engine and it uses fuel to generate the power!
哦，是一种用燃料和发动机来产生动力的四个轮子的一种交通工具！
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A magnetic gravity engine is used to generate power by a permanent magnet and gravitational attraction.
本发明是一种使永久磁铁和地球重力相结合而产生动力的磁重力机。
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Prime mover power for providing movement,such as wind or water
原动力(产生动力的力，如风力或水力)。
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The effect of Reynolds number on rudder hydrodynamic performance is also analyzed. Up to the stall angle the computed lift and drag agree well with measurements and other author's calculations, whereas stall angle, lift and drag beyond the stall angle are slightly under-predicted. The solver is used to investigate laminar and turbulent separated flows around a 6: 1 prolate spheroid at high incidence angles and their effects on hydrodynamic forces. The second separation flows are successfully identified in both laminar and turbulent flow simulations.
应用所开发的求解器，以6：1长椭球体为算例计算了回转体在大攻角下定常斜航运动时的三维粘性流场及水动力，对层流流动和湍流流动分别进行了计算，分析了层流与湍流分离流动和涡旋产生的特点及其对水动力的影响；计算结果与他人的试验和计算数据比较，吻合程度良好，表明应用本求解器能够正确模拟这种以层流／湍流分离流为主的复杂粘性流动，得到相当精确的水动力，检验和验证了该求解器精确模拟回转体在大攻角下的粘性分离流动和计算水动力的能力。
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The solver is used to investigate laminar and turbulent separated flows around a 6:1 prolate spheroid at high incidence angles and their effects on hydrodynamic forces. The second separation flows are successfully identified in both laminar and turbulent flow simulations. The computations are shown to agree well with available experimental and numerical data and the physics of 3D large-scale flow separations and vortex shedding are confirmed.
应用所开发的求解器，以6：1长椭球体为算例计算了回转体在大攻角下定常斜航运动时的三维粘性流场及水动力，对层流流动和湍流流动分别进行了计算，分析了层流与湍流分离流动和涡旋产生的特点及其对水动力的影响；计算结果与他人的试验和计算数据比较，吻合程度良好，表明应用本求解器能够正确模拟这种以层流/湍流分离流为主的复杂粘性流动，得到相当精确的水动力，检验和验证了该求解器精确模拟回转体在大攻角下的粘性分离流动和计算水动力的能力。
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The thesis also discussed the synthetic influence of above factors on dynamic diagenesis in detail and graded dynamic diagenesis into three types, which were respectively thermally dynamic diagenesis, tectonically dynamic diagenesis and hydrokinetic diagenesis, and then the types of diagenesis controlled by dynamic factors had been studied: 1 thermally dynamic diagenesis, clarified the ration relationship by the conception of the thermally evolving track and the thermally maturity, 2 tectonically dynamic diagenesis, changed the porosity of reservoir mainly by tectonically movement;3 . hydrokinetic diagenesis, changed the physical and chemical properties resist-press intensity of the rock by the participating of liquid.
在研究以上控制因素的基础上，将成岩动力作用分为热动力、构造动力、流体动力成岩作用三种类型：1、热动力成岩作用，运用热演化轨迹和热成熟度的概念研究与成岩作用之间的定量关系，砂岩孔隙度随热成熟度增加而呈指数减小；2、构造动力成岩作用，盆地构造变形可以使砂岩的孔隙体积在相对短的时间内产生明显的变化，构造滑脱推覆作用比水平侧向挤压作用压实减孔量小，可保留更多的孔隙度；3、流体动力成岩作用，化学成岩反应是在流体参与下完成的，它改变了岩石的物理化学性质，改变了岩石的抗压强度。
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There seems to be no doubt that Vimanas were powered by some sort of "anti-gravity."
毫无疑问，维曼拿斯是因为一些&反引力技术&而产生动力的。
- 更多网络解释与产生...动力的相关的网络解释 [注：此内容来源于网络，仅供参考]
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kinetic theory：动力论
当时,(气体)动力论(Kinetic Theory)解释了原子的不休止震动. 爱因斯坦在文章中提出尝试将动力论应用到实验中. 他指出,当极细小但可见的粒子悬浮在一液体中时,可见粒子(较大的粒子)会被不可见粒子(较细小的粒子)撞击,至使可见的悬浮粒子产生不规则运动.
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motivator：动力
马斯洛关于缺失性层面渐进满足的最近发展区产生最强烈行为动机的观点,对学习内容的排序有引导作用;二是赫兹贝格(Herzberg)理论,核心为动力(Motivator)一保健(Hygiene)论 (双要素论),包括促进工作满意度的绩效、认可、内容、责任、晋升和前景等动力要素,
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motorboat：摩托艇
一、喷射艇(Jet Boat)概述Jet Boat是靠船后部的水流喷射而产生强劲动力的一种船型,通常称之为喷射艇或喷汽艇. 与摩托艇(Motorboat)和机动艇(Powerboat)利用船尾螺旋桨推进形成动力的方式不同,喷射艇将水吸进动力泵,然后在船尾通过喷嘴喷射出来.
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power line：动力线
另外还要记得,动力线(power line)从空中是看不见的. 斗伞-当一个伞衣不充气放在地面上的时候,它产生不了任何升力,在空气动力学上讲是失速的. 拉动A组操纵带会把进气口对准气流,使气室加压,产生升力(需要有自然风,或者是向前的移动).
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powerboat：机动艇
一、喷射艇(Jet Boat)概述Jet Boat是靠船后部的水流喷射而产生强劲动力的一种船型,通常称之为喷射艇或喷汽艇. 与摩托艇(Motorboat)和机动艇(Powerboat)利用船尾螺旋桨推进形成动力的方式不同,喷射艇将水吸进动力泵,然后在船尾通过喷嘴喷射出来.
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stirling engine：斯特林发动机
"斯特林 发动机"(Stirling engine)是一种独特的热机,因为理论上的效率几乎等于理论最大效率,称为卡诺循环效率. 斯特灵发动机是通过气体受热膨胀、遇冷压缩而产生动力的. 微星设计的这种芯片组散热风扇采用无电源设计,等同于"被动式"散热器,
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dynamic viscosity：动力黏度
为产生单位速度梯度[简介]性质:(一)动力黏度(dynamic viscosity)的简称. 流体内摩擦的定量量度. 当流体以层流形式流动时,流体内不同的薄层以不同的速度移动,从而产生内摩擦. 内摩擦力的大小与在垂于流动方向上的速度梯度(即切向速度)成正比. 为产生单位速度梯度
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dynamostatic：动电产生静电的
dynamoscopy 动力测验法 | dynamostatic 动电产生静电的 | dynamo-thermal 动热的
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power propelled：动力推进的
power producing 产生能量的 | power propelled 动力推进的 | power pump 动力泵
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Engine lathe：车床
瓦特发明了蒸气机,使得车床可藉由蒸气产生动力用来驱动车床运 转,此时 车床的动力是集中一处,再藉由皮带与齿轮的传递分散到工厂各处的车床, 20 世纪初拥有独立动力源的动力车床 (Engine Lathe) 终于被开发 ( 见图三 ) ,也将车床带到新的领域.