在假定统计平衡的条件下提取了有关核温度参量，并研究了不同反应机制及靶核对提取的核温度的影响。
Under the assumption of statistical equilibrium, the nuclear temperatures are extracted, and the influence of the reaction mechanism on the nuclear temperature are also investigated.
检测了炉渣的流动温度和岩相结构，分析了渣-钢之间化学反应的平衡状况和氧射流对熔池的作用。
The slag temperature and morphology were measured and observed. The equilibrium between the slag and melt and the reaction of oxygen jet with the bath were analyzed.
根据丙烷脱氢的平衡气体组成，模拟计算了在工业反应温度下、在不同氧浓度下的绝热燃烧压升。
According to the equilibrium composition propane dehydrogenation, we simulate the adiabatic combustion pressure rise at different industrial reaction temperature under different oxygen concentration.
实验发现反应(分离)温度是影响酯化反应化学平衡移动的最重要因素。
It was founded from experimentally that the reaction temperature is the most important parameter determining the shift of esterification equilibrium.
结果表明，平衡常数对溶剂和反应温度都不敏感。
The results indicated that the equilibrium constants are not sensitive to both solvents and reaction temperature.
温度动力学基于反应器的热量平衡。
The temperature model was based on a heat balance of reactor.
结果表明，冷却介质流量越大，反应介质温度上升越缓慢，达到温度平衡所需时间越短，温度增量越小。
The bigger the coolant flow is, the more slowly the reactant temperature rises and the shorter the temperature balance time is and the smaller the temperature increment is.
提出了一种新的方法来计算多组分化学反应流场。它首先引入了元素的分布方程，然后根据化学平衡的热力计算方法求解每一位置的组分及温度。
A new numerical method for the solution of multi-component chemical equilibrium flows by the elements distributing equations and thermodynamic calculation of chemical equilibrium was introduced.
实验发现反应(分离)温度是影响酯化反应化学平衡移动的最重要因素。
It was founded from experimentally that the reaction temperature is the most important parameter determining the shift...
通过对聚合反应过程关键工艺点温度的正交试验，采用综合平衡协调的决策方法，得到了聚合反应过程的一组较佳的工艺参数。
With orthogonal test of key point temperature of polymerization reaction, a group of reasonable technology parameters are found by synthesis balance coordination method.
凝胶的平衡溶胀比随着反应温度的升高逐渐增加，而KGM含量对凝胶平衡溶胀比影响不大；
The equilibrium swelling ratio of the complex gel was increased gradually with the increase of the reaction temperature, but KGM content had little effect on it.
认为 ：硬硅钙石针状晶体是平衡反应的最终产物 ，在适当的温度、压力下 ，经过一定的反应时间就能生成。
The results were as follows: the needle crystal of xonotlite was controlled by reaction temperature, pressure and time.
从热力学和动力学的综合角度考虑，该反应在200- 300k温度下进行为宜，如此，反应既有较大的自发趋势和平衡常数，又具有较快的反应速率。
In view of dynamics and thermodynamics, it is between 200-300k that the reaction will have not only the larger spontaneous tendency and equilibrium constant but also higher reaction rate.
从热力学和动力学的综合角度考虑，该反应在200- 300k温度下进行为宜，如此，反应既有较大的自发趋势和平衡常数，又具有较快的反应速率。
In view of dynamics and thermodynamics, it is between 200-300k that the reaction will have not only the larger spontaneous tendency and equilibrium constant but also higher reaction rate.
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