为了未来的钍基熔盐核反应堆。
研究了硼砂盐浴渗铬和氯系熔盐渗铬。
It was investigated that chromizing in borax salt bath and melting hydrochloride.
依据熔盐电化学模型讨论了熔灰腐蚀机理。
The corrosion mechanisms of melted ash are discussed on the basis of electro-chemical model of melted salts.
法恩斯沃思·唐斯技术？是生产熔盐反应堆。
Farnsworth Downs Technology? That manufactures molten salt reactors.
铝上有熔盐复盖，蒸发和氧化均较小，故铝的损耗亦小。
As molten aluminum is covered with salt, evaporation and oxidation losses are minimized.
MD模拟已经成为研究熔盐和熔盐溶液理论的一种重要工具。
MD has become a vital implement for the research on the molten salt and its liquor theory.
它由两个熔融金属，如电极作用，和一个熔盐作为电解质行事。
It is composed of two molten metals, acting as electrodes, and one molten salt, acting as an electrolyte.
实验表明，电场力作用下的支撑熔盐膜能够有效地分离二氧化碳。
It shows that the supported molten salt membrane under an electric field can separate carbon dioxide effectively.
所得的数据与急冷熔盐试样的化学分析法的结果有良好的一致性。
The data so obtained well agreed with the result of the chemical analysis of the quenched molten salt samples.
高温熔盐相变储热是空间太阳能热动力发电系统的关键技术之一。
High temperature phase change heat storage using molten fluoride salts is one of the key techniques for space solar thermal dynamic power system.
工程师也正在研究如何让熔盐本身成为热交换液以减少热流失及成本。
Engineers are also investigating how to use molten salt itself as the heat-transfer fluid, reducing heat losses as well as capital costs.
采用高温熔盐灼烧法研究t 2钛合金高温腐蚀动力学及腐蚀行为。
High temperature corrosion kinetics and corrosion behavior of T2 Titanium alloy were studied by oxidizing in melting salt.
在此工艺条件下，制得的无水氯化钪熔盐中钪的水解率为2.3%。
Under the optimum technology condition, we can get the anhydrous scandium chloride molten salt whose hydrolysis rate is2.3%.
介绍了采用单片微机控制技术，实现熔盐电解炉炉温自动控制的方法。
The method of automatic controlling furnace temperature of RE electrolytic furnace with piece microcomputer control technology is presented.
通过SEM和电子探针分析，提出了钙熔盐电解过程石墨阳极的破损机理。
With the analysis of SEM and electron probe, the destroying mechanism is put forward.
在熔盐中容易腐蚀的金属，例如钛，可以在熔盐中用阴极保护而进行热处理。
Metals readily corrodible in fused salt, such as titanium, can be heat treated in fused salt bath under cathodic protection.
采用熔盐的静电硬球模型，对熔盐系的位形积分和有关熔盐物性作量刚分析。
Based on electrostatic potential hard sphere model, the dimensional analysis of the configurational integral of molten salts and related physical properties has been made.
离子液体又称室温熔盐，基本上是由含氮的有机阳离子和大的无机阴离子组成。
Ionic liquid is also known as room temperature molten salts, which consists of nitrogen-containing organic cations and inorganic anions.
一步法主要包括电弧放电法、熔盐电解法、模板法和热解金属有机物法等四种。
One-step methods consist of arc-discharge method, electrolytic formation techniques, template-assisted method and pyrolysis of organometallic precursors, etc.
指出熔盐加热技术有较好的推广价值，酚水治理技术有较好的经济效益和社会效益。
It points out it has high spreading value melting salt heating and it has high economic and society benefit handling phenol water.
本文提出并研究了电场力作用下的支撑熔盐膜分离二氧化碳这一新型的支撑液膜技术。
A new supported liquid membrane technology for carbon dioxide separation using a supported molten salt membrane under an electric field is proposed and studied in this paper.
结果表明，此复合熔盐具有合适的熔点和良好的热稳定性，是一种优良的高温热载体。
It showed that this kind of molten salt had appropriate melting point and favorable thermal stability, and was suit for high temperature heat transfer material.
前者包括反应自由焓、平衡常数、最大产量、气相分压以及熔盐电解理论分解电压的计算；
The former includes the calculation of reaction free enthalpy, equilibrium constants, maximum output, gaseous phase partial pressure and theoretical decomposition voltage of molten salt electrolysis.
支撑熔盐膜由一种新型陶瓷材料(偏铝酸锂)和锂、钠、钾的三元最低共熔点混合物制成。
Supported molten salt membrane is made from a new kind of ceramic material (lithium meta-aluminate) and ternary eutectic mixture of lithium, sodium and potassium carbonates.
利用载体间接加热的优越性，早在利用水、蒸汽、熔盐和液态金属的初期就已经显现出来了。
The advantages of using heat carries for indirect heating were shown as early as using water, vapor, molten salt and liquid metal.
通过离子交换，玻璃表层碱金属离子被熔盐中的其它碱金属离子置换，使机械强度提高的玻璃。
Through the ionic exchange, the alkaline metal ion of glass surface is placed by other alkaline metal ion in salt melted, enhancing its mechanical strength.
从实测活度和计算模型证明含固熔体、含化合物和含包晶体的熔盐中没有共同离子的任何作用。
It was shown by the measured activities and calculating models that there isn t any effect of common ions in molten salts involving solid solution, compound as well as peritectic.
熔盐电解质的导电性对熔盐电解的能耗有极大的影响，直接关系到熔盐电解生产的能耗和成本。
Electrical conductivity of molten salts electrolyte has tremendous influence on the electrolysis in molten salts. It directly affects the energy consumption and the cost during the production process.
熔盐电解质的导电性对熔盐电解的能耗有极大的影响，直接关系到熔盐电解生产的能耗和成本。
Electrical conductivity of molten salts electrolyte has tremendous influence on the electrolysis in molten salts. It directly affects the energy consumption and the cost during the production process.
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