1) sonochemical marinate method
超声化学浸泡法
1.
Four kinds of quality fraction(5%,10%,20%,30%)cobalt acetate is mixed into ZnO nanotetrapods raw materials,surface-modified ZnO nanotetrapods are prepared by the sonochemical marinate method.
将4种质量分数(5%,10%,20%,30%)的Co(CH3COO)24H2O混合到四针状纳米ZnO原料里,采用超声化学浸泡法制备出表面改性四针状纳米ZnO颗粒。
2) chemical immersion
化学浸泡
1.
The crevice corrosion of 22Cr duplex stainless steel in oil field was investigated by using chemical immersion and electrochemical methods,and the crevice corrosion test were performed in different temperature according to practical environment of oil field.
采用化学浸泡法和电化学方法研究了22Cr双相不锈钢在油田地面环境下的缝隙腐蚀状况,并结合当地地面状况进行不同温度的缝隙腐蚀试验。
2.
There are three ways can be used to do it which are calcination,steaming in high temperature and Chemical immersion.
比较了煅烧裂解、高温蒸煮、化学浸泡三种开解方法,化学浸泡法不需要加温,操作方便,工艺流程简单,开解率可达98%以上。
3) ultrasonic chemistry-method
超声化学法
1.
This study experimented on CdS quantum-dots were assembled in the nano-tubes of synthetical chrysotile by ultrasonic chemistry-method.
采用超声化学法在合成纤蛇纹石纳米管内进行了组装CdS量子点的研究。
4) sonochemistry method
超声化学法
1.
Preparation of nano-cubic PbS via the sonochemistry method;
超声化学法制备PbS纳米立方体
2.
Hydroxyapatite/Gelatin composites with a mean size of 30 nm×100 nm,slenderness ratio 2~3 and fine dispersibility are prepared by a sonochemistry method,using Ca(NO3)2,(NH4)2HPO4,Gelatin and Glutaraldehyde as reacting agents.
以Ca(NO3)2,(NH4)2HPO4,明胶和戊二醛为原料,用超声化学法合成了尺寸约为30nm×100nm,平均长径比在2～3,分散性良好的羟基磷灰石-明胶复合材料。
3.
By sonochemistry method,the precursor composed of amorphous Sb and amorphous Co is synthesized.
通过超声化学法合成CoSb3化合物纳米粉体具有很高的应用前景。
5) ultrasonic immersion technique
超声浸液法
1.
By the ultrasonic immersion technique, the oriented phenomena induced by injected or moulding for polymers and their composites have been investigated.
用超声浸液法研究了高聚物及其复合材料在注射和模压加工成型过程中产生的取向现象，为高聚物及其复合材料结构与性能研究提供了一种有效而精确的手段。
6) ultrasonic dipping
超声-浸渍法
1.
A ultrasonic dipping method was used to prepared mesoporous MnO2 with SBA-15 as a hard template and Mn(NO3)2 as a Mn source.
采用超声-浸渍法,以SBA-15为硬模板、Mn(NO3)2为锰源制备出介孔MnO2。
补充资料：有化学反应的超声流动
分子式：
CAS号：
性质：在超音速流动、中进行化学反应的现象。例如推进剂在火箭反应器内进行的燃烧反应，通常反应器出口(喇叭型喷嘴咽喉)设计合理，燃烧不会停止，而此时产生的高温气体的流动速度可达到超音速。因此这时发生的气流流动可叫做有化学反应的超声流动。
CAS号：
性质：在超音速流动、中进行化学反应的现象。例如推进剂在火箭反应器内进行的燃烧反应，通常反应器出口(喇叭型喷嘴咽喉)设计合理，燃烧不会停止，而此时产生的高温气体的流动速度可达到超音速。因此这时发生的气流流动可叫做有化学反应的超声流动。
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