内部热的英文

• internal heat

• "内部"英文翻译    interior; inside; inward; in ...
• "内部热传导" 英文翻译 :    internal thermal conductance
• "内部热交换" 英文翻译 :    internal heat exchange
• "内部热量测定法" 英文翻译 :    internal calorimetry
• "局部热处理" 英文翻译 :    differential heat treatment; heat spotting; local heat treatment; local heat treatmetn; localized heat treatment; partial heat treatment; partialheattreatment
• "局部热疗" 英文翻译 :    local thermotherapy
• "局部热通量" 英文翻译 :    local heat flux
• "局部热源" 英文翻译 :    local heat source
• "局部热熨" 英文翻译 :    local hot compression
• "清理上部热" 英文翻译 :    upper heat removing
• "全部热量" 英文翻译 :    net quantity of heat
• "深部热储" 英文翻译 :    deep reservoir; deephot reservoir
• "深部热能" 英文翻译 :    deep heat; deepseated heat
• "深部热水" 英文翻译 :    deep thermal water
• "深部热效应" 英文翻译 :    deep-heating effect
• "深部热源" 英文翻译 :    source of deep heat
• "外部热损失" 英文翻译 :    exteral heat losses
• "外部热阻" 英文翻译 :    external thermal resistance
• "腰部热敷" 英文翻译 :    hot compress on the waist
• "内部" 英文翻译 :    interior; inside; inward; indoor; depth; viscera; bowel; internal 内部联系 internal relations; 国家内部事务 the domestic affairs of a country; 人民内部矛盾 contradictions among the people; 事物的内部规律性 inherent laws of a thing; 堡垒是最容易从内部攻破的。 the easiest way to capture a fortress is from within.; 内部比率 internal ratio; 内部电话 house telephone; interphone; 内部结构 inwards; internal structure; [化学] inner structure; 内部刊物 restricted publication; 内部冷却 internal cooling; 内部矛盾 inner [internal] contradictions [conflicts]; 内部潜力 internal potential; 内部屈折 [语言学] internal flexion; internal inflexion; 内部缺陷 internal defect; 内部审计 internal audit; 内部消息 inside story; restricted news; 内部装修 inside finish
• "臂部热空气浴" 英文翻译 :    bath for arm,hot air; hot air bath for arm
• "颈部热湿敷器" 英文翻译 :    hot moisture pack for neck
• "局部热动平衡" 英文翻译 :    local thermodynamic equilibrium
• "阿部热计器公司" 英文翻译 :    abe netukeiki co., ltd
• "非局部热动平衡" 英文翻译 :    non-local thermody namic equilibrium

• Inner thermal fault detection of electromagnetic type pt by infrared thermal image former
  采用红外热像仪探测电磁式电压互感器内部热故障
• They have different behaviors because thermal stresses in c / sic composites are different due to different fiber perform structures
  结果表明，纤维的编织结构不同，导致c sic复合材料内部热应力的分布和大小不同，使c sic复合材料表现出不同的热膨胀行为。
• Based on the numerical heat transfer , a numerical simulation on the two dimension temperature distribution of a plane with two kind of defects had been done , and studied the reconstruction of defect according to the simulated temperature distribution theoretically
  摘要在数值传热学的基础上，从理论上对材料内部热阻性、热容性两类缺陷的平板进行了二维温度场的数值模拟，并根据模拟的温度场，对缺陷进行了模拟再现研究。
• Furthermore , according to un - equilibrium thermodynamics theory and phase equilibrium theory , an un - equilibrium thermodynamics model , which could describe the processes of the heat and mass transfer with convective drying outside the particles , and heat and moisture transfer inside the particles was given out
  经过理论分析，提出可根据非平衡热力学理论和相平衡理论，建立一个描述刨花对流干燥时刨花外部对流传热传质和内部热、湿迁移过程的非平衡热力学模型。
• Additional annealing experiments in nitrogen atmosphere revealed that the heavily damaged region with hydrogen - induced defects appears to be the adsorption center for the outside oxygen to diffuse into the silicon during the high - temperature annealing process , and consequently , broaden the thickness of the box layer . this important finding may provide a possible solution to reduce the cost of the conventional simox - soi wafers while maintaining a desirable box thickness
  独特设计的氮气氛退火及分步退火实验证明了原注入样品的缺陷层中氢及氢致缺陷的存在使得在退火过程中加速外界气氛中的氧扩散进来，并成为强捕获中心使扩散进来的氧滞留于缺陷层从而促使氧缺陷层中的氧沉淀生长，加速了高温退火中的内部热氧化过程，从而形成了比传统相同剂量simoxsoi厚得多的氧化埋层。
• Presents the investigation of the heat conduction behavior , internal thermal stress field of specimen under thermal shock and microscopic damage and failure of the tungsten based composites by combination of macroscopic and microscopic analyses and integration of material science and mechanics ; describes a microscopic mechanical model based on the microstructure of components with macroscopic stress applied to the microscopic model as that of maximum principal stress at the center , and the fringe of the specimen , and the microscopic stress fields obtained through calculation by the finite element method , and concludes from test results that the maximum principal stress is first generated inside the test coupon , , and a failure will be first initiated in the inclusion if the material fails at this time ; the maximum principal stress moves to the edge of the test coupon after the test coupon is heated for a period of time , and the failure will first be initiated in the base if the material fails at this time
  从材料设计的思想出发，采用宏观与微观、材料科学与力学相结合的方法，对钨基复合材料的热传导行为、材料在热冲击载荷下的内部热应力场及材料细观结构的破坏行为进行了详细的理论研究.根据钨基复合材料的细观组织结构建立了材料细观模型.在宏观分析的基础上，分析了材料微结构内部的破坏行为.分别取试件心部与边缘主应力值最大点的应力状态，施加在所建立的模型上，用有限元方法计算了模型内部的弹性应力场.结果表明：试件主应力最大值首先产生在试件内部，此时，如果材料发生破坏将先从夹杂中开始；加热一段时间后试件中的最大主应力值转移到试件边缘，此时材料发生破坏将先从基体中开始