盐类水解

离子强度对盐类水解浓度平衡常数的影响

Effect of ionic strength on saline hydrolysis concentration equilibrium constant

D－D混烯磺酸盐的含量测定关于盐类水解的计算

DETERMINATION OF D-D - SULFONATE BY BROMINATION Calculation on Hydrolysis of Salts

关于盐类水解的计算铝基体上的铬酸盐涂层

Calculation on Hydrolysis of Salts CHROMATE COATINGS FOR ALUMINUM

关于盐类水解的计算

Calculation on Hydrolysis of Salts

本文讨论了离子强度对盐类水解浓度平衡常数影响，指出在一定温度下，离子强度的增大，对一元弱酸强碱盐和强酸弱碱盐的水解浓度平衡常数趋向无影响；

This paper discusses the effect of ionic strength on saline hydrolysis concentration eguilibrium constant , on a certain temperature conditions , a rise in ionic strength has no effect on weakly alkaline salt and weakly acidic salt hydrolysis concentration equilibrium constant ;

根据盐类水解关系式和水的离子积计算公式，建立了计算盐类水解度和水解产物离解常数的完全方程式。

The full equation for the degree of hydrolysis of salts and the dissociation constant of hydrolysate is established on the basis of the hydro-lysate is established on the basis of the hydrolysis relationship for salts and the expression of ion product of water .

植酸酶（phytase）是催化植酸及其盐类物质水解成肌醇和磷酸的一类酶的总称。

Phytase is the general term of a class of enzyme which catalytic phytic acid and its salts hydrolysis into inositol and phosphoric acid .

盐类的水解程度的大小，除了与盐的本性有关外，还受到温度、浓度、酸度、水解产物的性质等外界条件的影响。

Hydrolysis level of inorganic salts was affected , not only by the properties of salts , but also by temperature concentration acidity .