temperature-regulated promoter

Development of a wide temperature shift catalyst with rare earth promoter

含稀土宽温变换催化剂的研制

Construction of Low Temperature-induced Expression Vector and the Study on the Regulation Mechanism of the cspA Promoter Region

低温诱导表达载体的构建与冷激蛋白cspA基因启动子区调控表达的机制研究

The results show that the high temperature catalytic activities of CO oxidation is slightly inferior to that of the currently used Pt containing promoter while the carbon combustion rate is superior to that of the promoter containing Pt.

结果表明，此催化剂的CO氧化活性在高温区略低于现行的铂系助燃剂，而烧炭速度和去焦能力却优于铂系助燃剂。

Activity of the catalyst was investigated. Influence of thermal treating temperature, content and incorporating way of the key promoter A and incorporating form of promoter B on the activity was discussed.

考察了催化剂的活性，并讨论了耐热温度、关键助剂A的含量及加入方式和助剂B的加入形态诸因素对催化剂活性的影响。