heat of fusion

1. The latent heat of fusion and heat capacities of paraffin wax are important parameters in design and calculation of thermal energy storage system.
   潜热的融合和热的能力，石蜡是重要的参数设计与计算热储能系统。
2. The thermal properties include freezing point, melting point, the heat of fusion and thermal stability during the phase change process are investigated.
   通过实验分析了空调蓄冷材料的凝固点、融点、融解热和相变过程中的热稳定性等热学性能。
3. Due to the quasi-steady-state method is suitable for measuring latent heat of fusion;
   由于准稳定状态的方法是适合测量潜热的融合；
4. The heat of fusion welding is generated in several ways, depending on the sort of metal which is being welded and on its shape.
   熔焊的热度有几种来源，取决于被焊金属的种类及其形状。（注重的是翻译出语言的简练）
5. Release of the heat of fusion is believed to alter the pressure gradient in such a way as to diminish the destructive winds near the storm center.
   人们认为融解热的释放可以改变气压梯度，结果减小风暴中心附近的破坏性风力。
6. Water has higher melting point, boiling point, heat of vaporization, heat of fusion and surface tension than comparable hydrides such as hydrogen suiphide or ammonia or most liquids.
   与氢硫化物、氨水或其他大多数的液体相比，水具有较高的熔点、沸点、蒸发比热、熔解热和表面张力。
7. It has been estimated from the heat of fusion of ice that only a small fraction, say about 10 per cent of hydrogen bonds in ice are broken when it melts at 2C.
   根据冰的熔解热估计，冰在2℃溶化时仅仅有10%的氢键被断掉。
8. There are many methods to get the latent heat of fusion and heat capacity of substance.
   有很多方法，以获得潜热融合和热容量的实质内容。
9. Heat sealing: A method of uniting two or more surfaces by fusion, either of the coatings or of the base materials, under controlled conditions of temperature, pressure and dwell time.
   热封：把两层或多层表面融合为一的方法。它是把涂层或基层材料在固定的温度、压力和接触时间下进行。
10. The heat of fusion is the heat required to melt a substance at its normal melting temperature.
    熔化热是一种物质在其熔点温度全部熔化所需要的热量。
11. The measurement in heat of fusion of ice is one of experiments in thermodynamics done in many universities.
    冰的熔解热的测量是许多高校所开设的热学实验之一。
12. In this paper, a calculation method of the direct finite difference for latent heat of fusion is proposed, and based on the method, the three dimensional program of unsteady state heat conduction is developed.
    提出了直接对凝固潜热进行差分计算的一套计算方法，在此基础上开发了三维非稳态凝固传热的计算程序。
13. The melting point and heat of fusion for bulk KBr obtained by extrapolation are close to the experimental values.
    由此外推得到的大块KBr固体的熔点和熔化焓数值与实验值接近。
14. Heat and time adjustment of spot welding process are made through the best fusion arithmetic adapting combined, average and decision making methods.
    采用结合法、平均法和决策法相结合的最优融合算法，实现了点焊过程热量调节和时间调节。
15. A new model with varied thermal-physical parameters in which the existence of airspace resulting in heterogeneous heat transfer and the latent heat of fusion at the solidification front was considered was developed.
    开发的热传输模型充分考虑了由于气隙的存在而使得结晶器表面散热不均匀，处理了凝固前沿相变所产生的结晶潜热，并采用变热物性参数。
16. Calculation on anti-condensation and heat insulation of water supply piping system in hydropower station On cold fusion
    水电站供水管道系统防结露保冷计算
17. The average heat of fusion of five testing alloys remains about 170 kJ/ kg, so high Aluminum Zn-based alloy consume less energy in their melting.
    试验合金的平均熔化热在170广西大学硕士学位论文高铝锌基合金的相变与热物理性能的研究kJ瓜g左右，高铝锌基合金熔化时能耗低。
18. The most important properties of these microcapsules, like the chemical structure, particle size distribution, thermal stability and the latent heat of fusion were studied.
    对制备的微胶囊的化学结构、粒径分布、热稳定性、融化潜热等特性进行了详细的研究。
19. In the analysis, the Differential Scanning Calorimenter ( DSC) was used to determine the heat of fusion of the cool storage materials. The temperature sensor was used to determine the freezing point and melting point of the cool storage materials.
    在热分析中，用示差扫描量热仪（DSC）来测定蓄冷材料的融解热，温度传感器用来测定蓄冷材料的凝固点和融解点。
20. Of the percentage deviation, and the relative error for heat of fusion measurement is 0.1%.
    三次熔化热测定的相对偏差为±0.1%。
21. This paper introduces the design and implementation of an intelligent expert system for measuring and controlling temperature of heat treatment, presents a design plan of measuring and controlling temperature by combining data fusion technique with Fuzzy+ PID control.
    介绍了一种热处理炉温度智能测量控制专家系统，提出了温度测量数据融合技术和Fuzzy＋PID控制技术相结合的设计方法。
22. Increasing weld heat input and surface escaping coefficient of hydrogen can decrease hydrogen accumulation in the fusion zone of weld surface, but it is not obviously sin weld root.
    提高焊接线能量和增大氢的表面逸出系数可降低氢在焊缝表面熔合区的聚集，但对焊缝根部氢的聚集影响不大。
23. The results indicated that the crystallization temperature, heat of crystallization, heat of fusion and crystallinity of maleic anhydride grafted polypropylene decreased with the extent of grafting.
    结果表明：马来酸酐接枝全同立构聚丙烯的结晶温度、结晶热、熔融热和结晶度随接枝率的提高而降低；
24. The Effect of Particle Size on the Heat of Fusion of Pure Metals
    金属熔化热的粒度效应
25. The heat of fusion of LDPE in the blends of N6/ LDPE/ EVA is less than that in the blends of N6/ LDPE. The melting point of LDPE is same for all the blends within the limits of experimental error.
    LDPE在N6/LDPE/EVA其混物中比在N6/LDPE共混物中有较低的熔化热，但其熔点在实验误差范围内保持不变。
26. Experimental Research of Latent Heat of Fusion and Specific Heat Capacities with Quasi-Steady State Theory
    准稳态理论测量融解热及比热容的实验研究
27. Two kinds of heat simulated specimens of fusion line are made that their resistance to H2S stress corrosion is proved to be the minimum.
    作了两种熔合线部位的热模拟试件，证明其抗H2S应力腐蚀性能最差。
28. The accurate and fast method for numerically solving radiation heat conduction, associated with the applications of astrophysics physics and Inertial Confinement Fusion ( ICF) etc., plays an important role in the numerical simulation of radiation hydrodynamics.
    辐射热传导计算是辐射流体力学数值模拟的重要组成部分，广泛应用于天体物理、惯性约束聚变等诸多领域。
29. The heat generated by the target electronics can be effectively absorbed and dissipated by means of the latent heat of fusion during melting of phase change materials.
    利用相变材料在熔化过程中会吸收潜热的原理，可以将目标电子器件所产生的热量有效地吸收和移除。

noun

1. heat absorbed by a unit mass of a solid at its melting point in order to convert the solid into a liquid at the same temperature
   1. the heat of fusion is equal to the heat of solidification