能量守恒原理的英文

• conservation of energy principle
• conservation-of-energy principle
• energy conservation principle
• principle of conservation of energy

• 能量守恒    conservation of energy; ener ...
• 原理    principle; tenet; axiom; the ...
• 动量守恒原理    principle of conservation of momentum; principle of momentum conservation
• 质量守恒原理    principle of mass conservation
• 能量守恒原则    energy conservation principle
• 守恒原理    conservation principle
• 能量守恒    conservation of energy; energy conservation; persistence of energy◇能量守恒定律 [力学] conservation of energy law; law of conservation of energy
• 能量守恒律    energy conservation law; law of conservation of energy; principle of conservation of energy
• 面积守恒原理    principle of conservation of area
• 中子守恒原理    neutron conservation principle
• 能量动量守恒    co ervation of energy and momentum; conservation of energy and momentum; energy momentum conservation
• 能量守恒定理    conservation of energy theorem; principle of conservation of energy
• 能量守恒定律    conservation of energy law; conservation of energy theorem; energy conservation and conversion law; energy conservation law; energy conservation principle; law of co ervation of energy; law of conservation of energy; law of energy conservation; law of persistance of energy
• 能量守恒方程    energy conservation equation; equation for conservation of energy
• 质量能量守恒    conservation of mass energy; conservation of mass-energy
• 辐射度守恒原理    radiance conservation principle
• 辐射率守恒原理    radiance conservation principle
• 形变能守恒原理    theory of constant energy of deformation
• 能量守恒欧洲协会    euroace; european association for the conservation of energy
• 能量与动量守恒律    law of conservation of energy and momentum
• 能量定律能量守恒定律    energylaw
• 能量守恒定律；能量不灭定律    law of conservation of energy
• 能量守恒及能量转换定律    law of conservation and conversion of energy; law of conservation and convertion of energy
• 能量和动量守恒定律    laws of conservation of energy and momentum
• 能量守恒；能源合理利用    energy conservation

• In order for energy to be conserved, the final total kinetic energy must be greater than the initial by this amount .
  要符合能量守恒原理，末总动能必须比初动能大这么多。
• Principle of conservation of energy
  能量守恒原理
• Method using of law of conservation of energy , the heat exchange equation between man and environment was built , and the factors that can affect the heat balance of human body were discussed
  方法利用能量守恒原理建立人与环境热交换方程，并根据不同热交换途径以及影响散热的因素建立相关方程。
• Based on the principles of co2 laser machining polymer , heat conduction theory and energy conservation principal at the ablation front , a three dimensional transient ablation model of laser machining was built
  在co2激光加工聚合物原理基础上，根据传热学原理和烧蚀面能量守恒原理，建立了激光加工三维暂态烧蚀模型。
• At last , some conclusion has been obtained . at present the effect of cable and its pre - stress is not very clear . based on the rule of conversation of energy , it is proved to be right in theory that the stiffness of the linear elastic structure is larger with the increase of its pre - stress
  针对目前关于索在结构中的作用以及索中预应力的增加对结构刚度的影响到底如何等讨论，本文从能量守恒原理出发，从理论上推导证明了在线弹性范围内，结构的刚度随预应力的加大而提高这一重要结论。
• In this paper , charge calculating formulas and their relations of cutting chamber loose blasting are firstly analyzed with the theories of dimension , fluid dynamics . explosive dynamics , etc and the significance of the explosive factor in it is pointed out . calculating methods of the explosive factor are researched by law of conservation of energy , and then a new one is brought forward which proves to be rational and reliable by a sample
  本文首先采用量纲分析、流体动力学、功能平衡理论、爆炸动力学等理论，分析了路堑硐室松动爆破装药量计算公式及其内在联系，并指出k值在现有药量计算公式中的重要性；在分析现有k缺陷的基础上，利用能量守恒原理，研究了路堑硐室松动爆破单位炸药消耗量计算方法，并提出一种新的k值计算方法，实例验证本方法合理、可靠，优于其它k值计算方法。
• The change of energy in wall rock is tracked in the whole process and the amount of energy transferred to linings is also evaluated . 5 ) based on the principal of energy invariance and the energy properties of sfrc , a practical design equation that related the thickness of projecting sfrc to the energy related properties of tunnel is given in the end . this equation is then used to design a single - track railway tunnel in iii grade rock condition
  并进一步推导了不同形式的构件间的能量耗散关系，为将标准试验的能量统计结果运用于实际结构中打下了基础； 4 )利用有限元软件对隧道开挖过程进行了三维模拟，得到了隧道围岩在开挖掘进过程中的能量转化趋势和规律，得到了钢纤维喷射混凝土衬砌在支护过程中的能量变化； 5 )利用能量守恒原理和已经推导出的构件能量耗散关系，建立了钢纤维喷射混凝土衬砌厚度与围岩开挖能量变化间的关系，并运用此方法对级围岩条件中的铁路单线隧道的钢纤维喷射混凝土衬砌进行了设计计算；

• 能量守恒原理的日语：エネルギー保存の原理 エネルギーほぞんのげんり