查询词典 heat-resistant

--- Ambient air (2) is canalized and cooled in a free space (4) delimited by a thermally insulated enclosure (1) and a radiating heat exchanger (3) of which the outer face (6) is heat-absorbing and the inner face (5) is heat-radiating.

摘要---周围空气中（ 2 ）是渠化和冷却，在一个自由的空间（ 4 ）分隔由一个热绝缘外壳（ 1 ）及辐射换热器（ 3 ），其中外面对（ 6 ）是吸热和党内面对（ 5 ）是热辐射。

3D model produce enormous degree of freedom.(3) Simulating have to employ multi-step load for moving heat source. In order to solve problems mentioned above and improve solution accuracy, this paper choused suitable material property parameter, and used transition mesh, with two point and line heat sources model. The program which applyload of moving heat sources and suitable time step was edited by means of ANSYS' APDL (ANSYS Parametric Design Language).

为了解决这一问题并提高计算精度，本文对高温时材料的物理性能参数进行了适当的选取和处理；采用过渡网格划分形式划分网格以保证焊缝处网格足够细小；点热源选取高斯函数分布和线热源进行叠加，利用ANSYS软件的APDL（ANSYS Parametric Design Language）语言编写程序实现移动热源的加载；选取适当的计算时间步长。

Increasing the temperature differential and/or pressure allows Stirling engines to produce more power, assuming the heat exchangers are designed for the increased heat load, and can deliver the convected heat flux necessary.

提高温度差和/或压力使斯特林发动机生产更多的权力，承担换热器设计用于增加热负荷，并能提供convected热流必要的。

In order to acquire the heating-cooling process of laser molten pool and the mutual effect of sintering layers in multi-layer powder sintering, factors such as heat conduction, heat radiation, heat convecting and changeable thermophysical property parameters were taken into account comprehensively, the 3D transient state FEM of the temperature field of multi-layer thin-wall metal parts formed by DMLS was established based on ANSYS. The APDL (ANSYS Parametric Design Language) was used to carry out thermal resource moving and the technique of birth/death for element was used to simulate the process of material addition.

为掌握多层粉末烧结过程中激光熔池的加热冷却规律以及各烧结层之间的相互影响，综合考虑热传导、热辐射和热对流以及材料的高度非线性，基于ANSYS平台建立了多层金属薄壁件的三维温度场有限元模型，利用APDIJ语言编程实现模拟中激光热源的移动，采用&单元生死&技术描述粉末材料动态增长过程。

Based on the Problems of heat shack rupturing and desquamating of firebricks on trolley of heat treatment furnaces,the technology measures were put forward irrigating trolley liner using castables with high resisting heat shack performance.

针对台车式热处理炉台车衬砖热震断裂脱落问题，提出了采用高抗热震性浇注料进行台车工作衬整体浇注的技术措施，根据热处理炉的实际工作条件，完成了浇注料的研制，并在实际应用中，取得了良好的应用效果。

Objective: Shenshuai Mixture was an experience compound prescription invented by Prof Jinwen Tu, who aimed at the chief pathogenesis characteristics of acute renal failure, namely,"heat, blood stasis, damp, poison", with the therapeutic methods of clearing away heat, detoxicating, removing blood stasis, diuresis ^ removing heat from the blood and nourishing yin, moreover, combined with modern research results.

目的：肾衰合剂是导师涂晋文教授针对急性肾衰竭&热、瘀、湿、毒&的主要病机特点，以清热、解毒、化瘀泄浊、凉血养阴为治疗大法，并结合现代研究成果拟定的经验复方，应用于临床取得了较好疗效。

In addition, on the basis of introducing systematic principle of water- loop heat pump, have distinguished and analyzed to some several concepts fuzzier and easier to obscure in using, the conclusion is that water- loop heat pump belongs to the air- source heat pump in fact.

此外，在简单介绍水环热泵系统原理的基础上，对一些在使用中比较模糊和容易混淆的几个概念进行了区别和分析，并得出水环热泵事实上应该是一种空气源热泵的结论。

Using cement to prepare the sensible heat storage material,and it is for improving the capability of material by interfusing some matters which have large heat capacity and high heat conductivity.

研究表明：当铝酸盐水泥含量为10%时，材料的抗压、抗折强度能满足工业需求；材料的比热容随温度的升高先增大，在500℃时达到最大，后随着温度的升高反而降低；材料的热导率随着石墨粉含量的增加几乎成直线上升，当石墨含量为5%时材料的热导率大于1.7W/。

Using cement to prepare the sensible heat storage material,and it is for improving the capability of material by interfusing some matters which have large heat capacity and high heat conductivity.

采用水泥作为材料的胶凝剂，添加热容、热导率大的物质作为骨料来制备混凝土储热材料。

Or, it overheats or something and we die from heat, or from the gas because of the heat. The heat makes the gas come out of the ocean.

或高温过热而导致我们被热死，或因过热而产生的天然气致死，因为过热会使天然气从海洋中冒出来。

This one mode pays close attention to network credence foundation of the businessman very much.

这一模式非常关注商人的网络信用基础。

Cell morphology of bacterial ghost of Pasteurella multocida was observed by scanning electron microscopy and inactivation ratio was estimated by CFU analysi.

扫描电镜观察多杀性巴氏杆菌细菌幽灵和菌落形成单位评价遗传灭活率。