3) heating reflux
加热回流
1.
4O2 solid solutions were prepared by the co-precipitation method combined with room temperature aging, conventional heating reflux, and microwave-assisted heating reflux and used as the supports to prepare CuO catalysts by an impregnation method.
采用共沉淀法并分别结合室温老化、常规加热回流和微波辅助加热回流三种不同的处理方法制备了铈锆固溶体Ce0。
2.
4O2 solid solutions were prepared by co-precipitation approach combined with room temperature aging,conventional heating reflux and microwave-assisted heating reflux.
采用共沉淀法并结合不同的老化处理方式(室温陈化、常规加热回流和微波辅助加热回流)制备了Ce0。
5) retrogression heating method
回归加热法
6) Heating reflux aging
加热回流老化
1.
Heating reflux aging technology was first applied to obtain a series of ceria zirconia mixed oxides composed of 0.
采用加热回流老化技术制备了系列组成为0。
补充资料：双温法回流
分子式：
CAS号：
性质：利用两种温度进行同位素交换并实现回流操作的方法。H2S-H2O体系富集氘时，冷塔中氘自气相H2S向液相H2O中富集。贫氘的H2S转入热塔后，温度升高α减小，氘又从H2O转入H2S内。低温塔富集氘，高温塔实际起化学相的转化作用。双温法相转化程度比化学法低，但经济、可靠。H2S-H2O双温交换过程是当今世界生产重水的主要方法。
CAS号：
性质：利用两种温度进行同位素交换并实现回流操作的方法。H2S-H2O体系富集氘时，冷塔中氘自气相H2S向液相H2O中富集。贫氘的H2S转入热塔后，温度升高α减小，氘又从H2O转入H2S内。低温塔富集氘，高温塔实际起化学相的转化作用。双温法相转化程度比化学法低，但经济、可靠。H2S-H2O双温交换过程是当今世界生产重水的主要方法。
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