比碱度，亦称“碱氯比”或“碱氯系数”。海水碱度与氯度的比值。
考察了凝胶硅硼比、碱度、碱金属离子、添加晶种、老化时间和晶化时间对晶化产物的影响。
The effect of boron to silica molar ratio, basicity, alkali cations, seeds, aging and reaction time on the crystallization was investigated.
着重研究了该工艺的影响因素，如温度、 碱度、进水时间与反应时间比、 反应器尺寸等。
The study on influence factors of the technology was focused on temperature, alkalinity, ratio of inflow duration to reaction period, size of the reactor, and etc.
结果表明用k TH模型计算的硫容量比用光学碱度模型计算的硫容量更接近实验值，因此KTH模型可用来预测不同组元渣系的硫容量。
The results show that the values calculated by KTH model are nearer to measured values than by optical basicity model, so the former can be used to predict CS of different slag composition.
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