1) inactivation rate constant
热失活常数
2) power series equation
催化剂失活速度常数
1.
The pragmatical significance of power series equations is emphasized for the more practical macrokinetics.
对重庆市化工研究院进行的３种气－固相催化反应的宏观反应速度常数与催化剂失活速度常数进行测定，其值如下
3) hydrothermal deactivation
水热失活
1.
The kinetic model of hydrothermal deactivation and the model of unit balance activity for FCC catalyst were established.
依据催化裂化催化剂水热失活过程伴随着超稳化过程,确定了催化剂自抑制水热失活动力学模型方程。
2.
The aim of this paper is to introduce the kinetic model of hydrothermal deactivation for FCC catalyst.
考虑裂化催化剂水热失活过程伴随着其中沸石的超稳化过程 ,经数学推导 ,建立了对应不同自抑制函数的催化剂水热失活动力学模型方程。
4) Thermal inactivation
热失活
1.
Methods The present experiment investigated changes of thermal inactivation of CIP at different temperatures.
方法采用热失活法研究不同温度条件下,CIP活力变化,并与EDTA脱锌失活以及加锌复活后的动力学参数进行比较。
5) deactivation function
失活函数
1.
The hydro-demetallization kinetic model and the expression of catalyst deactivation function were proposed on the base of appropriate hypothesis used in common kinetic research methods and the operation data from Maoming′s Residue Hydrodesulfurization Treatment Unit (S-RHT).
依据茂名渣油加氢工业装置(S-RHT)的大量实测数据,通过合理的模型假定,采用常规的动力学模型研究方法,建立了渣油加氢脱金属动力学模型和催化剂失活函数表达式。
2.
By adopting reasonable model assumption and common research method of kinetics model, residue hydrofining kinetics model and catalyst deactivation function formula have been established based on the faithful data of S-RHT unit in Maoming Company.
依据中国石油化工股份有限公司茂名分公司渣油加氢精制工业装置(S-RHT)的大量实测数据,通过合理 的模型假定,采用常规的动力学模型研究方法,建立了渣油加氢精制动力学模型和催化剂失活函数表达式。
6) heat inactivation(of enzyme)
(酶的)热失活
补充资料：X染色体失活
X染色体失活
参看里昂假说。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条