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气体力学 的英文翻译、例句

气体力学

基本解释 (translations)
aerodynamics  ·  pneumatics

更多网络例句与气体力学相关的网络例句 [注:此内容来源于网络,仅供参考]

Boltzmann statistics, Fermi-Dirac and Bose- Einstein distribution Statistical method for ideal gas, Heat capacity of solid, Thermodynamics of magnetism, Bose-Einstein gases Bose-Einstein condensation, Fermi-Dirac gases, Free electrons in metal, Information theory.

统计力学导论( S0819)(0,3)波茨曼统计、费米--弟格与波士--爱恩斯坦分布、理想气体之统计、固体之热容量、磁性材料之热力学、波士--爱恩斯坦气体,波士--爱恩斯坦凝结、费米--弟格气体、自由电子、讯息理论。

Postulates of classical statistical mechanics, micro canonical, canonical, and grand canonical distributions; applications to lattice vibrations, ideal gas, photon gas.

经典统计力学的假定、微正则、正则和巨正则分布;统计力学在晶格振动中的应用、理想气体、光子气体。

Many natural phenomena and physical laws can be described by time dependent nonlinear differential equations, such as heat conduction equation, sound wave and elastic wave equation, reaction diffusion and convection diffusion equation, fluid and aerodynamics equations, etc.

大多数的自然现象与物理规律都可归结为与时间相关的非线性偏微分方程,诸如热传导方程、声波与弹性波方程、反应扩散与对流扩散方程、流体与气体力学方程组等发展方程。

This dissertation is concerned with the kinetics of the nonequilibrium dissociation and ionization of gases that are significant in the high temperature gas dynamics. There are two parts in the dissertation. In the first part, the kinetics of dissociating gas, a theoretical calculation is made of the nonequilibrium dissociation of the diatomic molecule behind a strong shock wave front.

中文题名高温气体解离和电离动力学研究副题名外文题名 The study of the kinetics of dissociation and ionization in the high temperature gases 论文作者王苏导师崔季平何宇中研究员范秉诚高级工程师学科专业一般力学研究领域\研究方向学位级别博士学位授予单位中国科学院力学研究所学位授予日期2001 论文页码总数125页关键词气体动力学电离复合非平衡解离速率振动-解离耦合馆藏号BSLW /2003 /O354 /1 本论文选取在高温气体动力学中具有重要意义的气体非平衡解离和电离动力学作为研究对象,包括两部分内容。

He invented a large number of machines, among them an underwater diving suit. His flying devices embodied sound principles of aerodynamics.

除此之外,达芬奇的发明还涉及机械方面,这其中包括潜水服装和根据气体力学设计而成的飞行装置。

Considered a founder of modern physics, he developed the kinetic theory of gases .

被认为是现代物理学的奠基人,他发展了气体力学理论

Knowledge and experience in CNC machine maintenance, pumps, hydraulics, pneumatics and machine shop practices.

对CNC设备维护有经验,在泵,水力学,气体力学方面都有实际操作经验

Requirement:1 Professional lacquering experience (knowledge of lacquer, spray gun adjustment)2 Basic mechanical/ pneumatics/ electrical knowledge required.3 Ability to read and understand technical drawings.4 Basic computer skills helpful.5 Management and organization skills.6 Motivation and determination to succeed.

要求:1 有专业的上漆技术经验2 要求具备基本的机械,气体力学和电气知识。3 能读懂技术图纸。4 懂电脑优先。5 有管理和组织能力。6 自我激励能力和判断能力强。

Applied overlay principle discloses intention at the complex load of break of grease wall of a well for individual and simple load, through set and time relevant aeriform pressure distributings function, rupture according to flexibility of stretch and mechanical, line condition of tie of stress of the upland after perforation of well of grease of mechanical and academic derivation plays factor of intensity of interstitial and most advanced stress, got deflagrating patulous condition is cracked since terrane of aeriform fracture wall of a well, the aeriform pressure gradient that this condition can follow time change inside reflective break is right the influence of interstitial configuration.

应用叠加原理将功能于油水井壁裂缝的复杂载荷分解为单个简单载荷,通过设定和时间相关的气体压力分布函数,根据弹性力学、线弹性断裂力学理论推导油水井射孔后高地应力约束条件下裂缝尖端应力强度因子,得到了爆燃气体压裂井壁岩层起裂扩展条件,该条件可以反映裂缝内随时间变化的气体压力梯度对裂缝形态的影响。

Some experiments have been done by simulating in-situ hydrate formation system by gas migrating in seepage system in a glass bubble cell.The phenomena in experiments indicate that gas migration can change the quality of mass and heat transfer of the interface between gas and liguid when hydrate is forming,and it's a moving process of equilibrium curve.There wil...

在鼓泡透明玻璃反应釜里模拟渗漏系统气体穿越多孔隙砂层形成水合物的过程实验,分析了气体迁移对气体水合物形成时气液界面的传质传热性质影响,表明实验中气体迁移形成水合物的过程是一种相平衡曲线动态移动的过程;在形成水合物的气—液界面存在具有一定厚度的过渡层,只要过渡层内气体达到饱和即可形成水合物;气体在迁移中不断形成水合物并在孔隙中形成过压,导致地层骨架的力学破裂和失稳;必须建立一个新的水合物相图以适应气体迁移形成水合物过程的这种新特性。

更多网络解释与气体力学相关的网络解释 [注:此内容来源于网络,仅供参考]

aerodynamicist:空气动力学者

aerodynamicist 空气动力学者 | aerodynamics 空气动力学 | aerodynamicspneumaticspneumatology 气体力学

aeromechanics:气体力学

aeromagnetometer 航空磁力计 | aeromechanics 气体力学 | aerometeorograph 航空气象记录仪

aerometeorograph:航空气象记录仪

aeromechanics 气体力学 | aerometeorograph 航空气象记录仪 | aerometer 气体比重计

aerostatics:气体静力学

aerostatics 空气静力学 | aerostatics 气体静力学 | aerothermodynamics 气动热力学

aerostatics:气体静力学;空气静力学

aerostat 高空气球 | aerostatics 气体静力学;空气静力学 | aerostation 浮空学

cosmic magnetohydrodynamics:宇宙磁铃力学

cosmic gasdynamics 宇宙气体动力学 | cosmic magnetohydrodynamics 宇宙磁铃力学 | cosmic rocket 宇宙火箭

pneumatology:气体力学

pneumatolism 气化 | pneumatology 气体力学 | pneumatolysis 气成作用

pneumodynamics:气体力学

pneumetic recorder 气动记录仪 | pneumodynamics 气体力学 | pneumofathometer 气动水深计

Tensor Analysis and Its Application:张量分析及其力学中应用

叶轮机械气体动力学Gas Dynamics of Turbomachinery | 张量分析及其力学中应用Tensor Analysis and Its Application | 最优化原理与方法Optimization Theory and Method

TIG:钨极惰性气体焊

而薄板焊接较大的变形很难校平.搅拌摩擦焊是一种新型纯机械化固相连接技术,其焊接后变形小、质量稳定、力学性能好.介绍搅拌摩擦焊的基本原理和国外的应用状况,与铝合金传统的金属焊条惰性气体焊(MTG)和钨极惰性气体焊(TIG)进行比较,分析搅拌