1)  Dephosphorylation
去磷酸化作用
2)  phosphorylation/dephosphorylation
磷酸化/去磷酸化作用
3)  dephosphorization
去磷
1.
Aiming at the tristep method smelting process of stainless steel "electrical arc furnace+multifunction converter+VOD", and centering about dephosphorization, the theoretical analysis of the feasibility of related important link in process chain for dephosphorization and chromium conservation in the earlier stage of converter process was carried out based on metallurgical thermodynamics.
针对"电弧炉+多功能转炉+VOD"三步法不锈钢冶炼工艺,以脱磷为主线,从冶金热力学的角度对流程中涉及的转炉前期去磷保铬这一重要工艺环节的可行性进行了系统的理论分析和计算。
2.
In order to solve the problems,of which difficult to realize dephosphorization,hold carbon,raising temperature at the same time during high carbon steel smelted by the converter,operation methods of double control and regulation have been summarized through optimizing process in production.
为了解决转炉冶炼高碳钢去磷、保碳、提温三者难以同时实现的问题,在生产过程中,优化工艺,总结出了"双控双调"的操作方法,取得了良好的效果:留碳命中率高,磷的控制稳定,使高碳钢冶炼合格率从原来的63。
4)  removal efficiency of phosphorus
去磷率
5)  Dephosphorization
还原去磷
1.
Dephosphorization of High Vanadium Steel and High Chromium Steel with Aluminium-Magnesium Alloy;
通过热力学分析探讨了铝镁合金还原去磷的可能性 ,并在冶炼 0Cr1 8Ni9Ti钢和W6Mo5Cr4V2钢中用铝镁合金进行还原脱磷工业性试验 ,钢液中的磷分别从 0 。
6)  dephosphorylation
去磷酸化
1.
Deglycosylation of tau enhances the above mentioned activity caused by dephosphorylation although deglycosylation alone has no significant e.
异常修饰的tau丧失其促微管组装活性,用不同蛋白磷酸酯酶对难溶型双螺旋丝中的tau去磷酸化处理后可不同程度恢复其促微管组装生物学活性。
参考词条
补充资料:底物磷酸化作用
分子式:
CAS号:

性质:又称底物磷酸化(作用)。底物在氧化过程中产生某些含有比ATP水解时放出更多自由能的高能化合物中间体,可以直接将键能交给ADP使其磷酸化,生成ATP。例如糖酵解过程中,底物水平磷酸化发生在l,3-二磷酸甘油酸和2-磷酸烯醇式丙酮酸两处,都生成一高能磷酸键,并转给ADP生成ATP。

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