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|  | | 为了更好的帮助您理解掌握查询词或其译词在地道英语中的实际用法,我们为您准备了出自英文原文的大量英语例句,供您参考。 | |
The anomalies in the excess heat capacity ΔC(T)=Cp(T)-C1(T) are related to the magnetic ordering effects, the Schottky contribution, and the Jahn-Teller effect.
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Comparison of the results with reference calorimetric data for water showed a good correspondence for excess heat capacity above the melting point of ice.
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Thermoelectric excess heat effect in electrolytic cells
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A new thermo-electrochemical effect similar to Peltier heat is introduced in this paper and suggested as a main cause of the excess heat observed in electrolytic cells.
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A partial irreproducibility of excess heat observations is expected due to differences in the location of the calorimeter wall in each experiment.
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| | A brief introduction of recent investigation about the cold nuclear fusion by numerouslaboratories throughout the world has been given experimentally and theoretically in this paper.Undernon—equilibrium conditions of deuterium/solid system,the production of excess heat,protons,tritium,neutrons,and gamma rays have been reported.Scientists have gained the quite salutary effects to learnthe behavior of metal hydrides in this brief span of time than in the past 100 years,to improve themeasurement technique of n... | | 本文介绍了世界有关研究机构在冷聚变这一有重大争议领域的研究动态.许多实验室相继报导了在处于非平衡态的氘/固体系统中,观察到超常热、质子、氚和中子等异常核现象.在金属氢化物的性能、电解过程中的尖端效应和聚能过程、随机中子和低产率中子的测量技术、集团束冲击核聚变等方面的探索取得了许多令人瞩目的成果.提出了热等离子体模型、多体屏蔽效应、量子玻色等离子体理论、相干核反应机制、钯核的中子俘获效应、表面定域理论等许多理论模型. | | 文摘来源 | | An“instantaneous thin layer”model for transnormal heat or mass transfer is brought forward in this paper.For transnormal heat or mass transfer,there is an interface existing in the medium,which divides the object into two parts:the “instantaneous thin layer”,which is a thin Layer region around the heat or mass disturbance position,and the other part of the object. Heat or mass transfer in the “thin layer”is governed by the transnormal law (non Fourier or non Fick law)and that in the other part is still co... | | 提出了超常热、质传递过程的“瞬态薄层”模型———在超常热、质传递条件下 ,紧靠介质内受热或质扰动的位置 ,存在一“薄层”区域 ,该薄层内的热传导或质量传递必须考虑非经典 (非傅立叶或非费克 )传递效应 ,在薄层外、介质内其他部分的热、质传递仍近似符合经典热、质传递定律 (傅立叶和费克定律 ) ;“瞬态薄层”内的非经典传递效应只可能在热、质扰动过后的极短瞬时存在 .在分析介质内的非傅立叶导热行为的同时 ,根据热、质传递的可类比性得到非经典质量传递“瞬态薄层”的厚度与质松驰时间、质扩散系数以及质量扰动的强度和瞬时性强弱的定性相关关系 . | | 文摘来源 | | Heat pipe is a interesting components which transfer heat from one point to the another. Heat pipe is called super heat conductor because of its extraordinary heat conductibility without heat wastage. The working principle and application of heat pipes are presented in this paper, and the emphasis on the process of the porous wick of heat pipe is given. | | 热管是一种能快速将热能从一点传至另一点的装置,由于它具有超常的热传导能力,而且几乎没有热损耗,其导热系数为铜的数千倍,被称作传热超导体。本文简要介绍了热管的工作原理和应用现状,论述了近年来热管的关键部件一多孔芯体的研究进展。 | | 文摘来源 | |   |
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