温度对脱硫剂钙利用率和蒸汽活化效果的影响。
Influence of temperature on enhancing calcium conversion rate of sorbent and effects of steam reactivation.
本文也研究了粉煤灰与生石灰的掺混方式对脱硫效率和钙利用率的影响。
The effect is also studied of the mixing ways of fly ash with caustic lime on the SO_2 removal rate and the calcium utilization of the calcium-based sorbent.
试验得到贝壳的最大钙利用率可达71%，而石灰石的钙利用率只有43%。
The maximum calcium conversion ratio of shell was about 71% while that of limestone was about 43%.
同时也研究了粉煤灰与生石灰掺混方式对烟气脱硫率和脱硫剂的钙利用率的影响。
The effect is also studied of the mixing ways of pulverized coal ash with caustic lime on the so 2 removal rate and the calcium utilization of the calcium based sorbent.
同时也研究了粉煤灰与生石灰掺混方式对气体脱硫率和脱硫剂的钙利用率的影响。
Also studied was the effect of the mixing mode of pulverized coal ash with the caustic lime on the so 2 removal rate and the calcium utilization rate of the calcium based sorbent.
在中温烟气脱硫过程中，蒸汽活化对于提高脱硫剂的钙利用率和脱硫效率起到了显著的作用。
It has been verified that reactivation by using steam to sorbent in the medium FGD process can enhance calcium conversion rate as well as desulphurization efficiency.
吸收剂之起始反应速率与钙最终利用率明显随气相中相对湿度的增加而增加。
Increasing the relative humidity of the gas significantly increased the initial reaction rate and the ultimate ca utilization of the sorbent.
在异育银鲫饲料中，中性植酸酶部分替代磷酸二氢钙可以提高饲料磷利用率、降低磷排放量，从而带来经济效益和生态效益。
Neutral phytase partial replacing MCP in Carassius auratus gibelio diet can improve the utilization of phosphorus and reduce the phosphorus discharge, thus brings economical and ecological benefits.
因为钙的化合物的溶解度较小，单纯用其做吸收剂所达到的脱硫效率和钙的利用率都比较低。
Because solubility of calcic compound is low, desulphurization efficiency and utilization efficiency of ca are low.
因钒钛磁铁矿资源组成复杂、品位低、钙镁含量高、难选冶，钛资源综合利用率仅为14.5%。
Due to the complexity and lower grade of resource, the comprehensive utilization of titanium is only 14.5%.
实验结果表明，生长期猕猴日粮在0.89％磷水平下，最适钙磷比是1.2：1，并且日粮钙、磷水平和钙磷比对钙、磷利用率具有互作效应。
The results suggested that the calcium to phosphorus ratio 1.2:1 with phosphorus level 0.89% in dietary was the best choice for calcium and phosphorus utilization in growing laboratory rhesus monkeys.
实验结果表明，生长期猕猴日粮在0.89％磷水平下，最适钙磷比是1.2：1，并且日粮钙、磷水平和钙磷比对钙、磷利用率具有互作效应。
The results suggested that the calcium to phosphorus ratio 1.2:1 with phosphorus level 0.89% in dietary was the best choice for calcium and phosphorus utilization in growing laboratory rhesus monkeys.
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