1) neodymium caprate
癸酸钕
1.
The properties of cis- 1,4-polybutadiene rubber obtained with neodymium caprate catalysts in enlarged scale are reported.
研究了癸酸钕催化聚合顺丁橡胶的扩试胶样的性能。
2) decanoic acid
癸酸
1.
It was obtained from ethylenediamine,ethenesulfonic sodium and decanoic acid as primary materials through addition and acylation.
采用乙二胺、乙烯磺酸钠和癸酸等为主要原料,在低温常压下,经过加成、酰化等反应,合成了一种新的Gem in i(双子)表面活性剂——N,N’-双癸酰基乙二胺二乙磺酸钠,以1H NMR和IR进行结构表征,考察了原料的物料比、反应温度、反应时间等工艺条件对产物收率的影响。
3) capric acid
癸酸
1.
Effects of pH and temperature on inhibition of capric acid to anaerobic granular sludge;
pH、温度和癸酸对厌氧颗粒污泥产甲烷毒性关系的研究
2.
Solid-liquid phase behavior of lauric acid and capric acid binary mixtures
月桂酸-癸酸二元体系的固-液相平衡特性
3.
The eutectic mixtures of capric acid(CA) and stearic acid(SA) were prepared by ultrasonic method.
用差示扫描量热仪(DSC)分析研究了癸酸(CA)/硬脂酸(SA)二元混合物的热性能,结果表明,CA-SA合金没有一个确定的低共熔点,只有一个配比范围,并用IR和DSC对81%CA-SA二元混合物经180次加速冷热循环前后的分子结构和热性能进行对比研究,分析表明,此共熔物的分子结构没有发生变化,相变温度和相变焓变化较小,热性能稳定,适合作为相变储能材料。
4) neodymium zirconate
锆酸钕
5) neodymium phosphotungstic acid
磷钨酸钕
6) neodymium carbonate
碳酸钕
1.
Crystalline neodymium carbonate was prepared by aging amorphous neodymium carbonate,which was formed by the reaction of neodymium chloride and ammonium bicarbonate,at elevated temperature.
以碳酸氢铵作沉淀剂,从氯化钕料液中沉淀钕,经陈化结晶制备碳酸钕。
2.
The characteristics of pH value variation during aging process of amorphous neodymium carbonate formed by three different feeding manners have been investigated.
结果表明:尽管稀土离子之间的性质极为相近,但在它们的碳酸盐结晶性能上却表现出了较大的差别,而且还与沉淀时无机化学学报第21卷表1在不同加料比下所得结晶碳酸钕的元素含量及组成分析Table1Elem entaland com position analyses for crystalline neodym ium carbonatesprepared w ith differentfeeding ratiosRatio ofreactantam ount Nd C H N Com position suggestednNH4HCO3/nNdCl3=2。
补充资料：(异癸酸-O)(新癸酸-O)铜
CAS：84082-92-8
分子式：C20H38CuO4
中文名称：(异癸酸-O)(新癸酸-O)铜
英文名称：Copper, (isodecanoato-O) (neodecanoato-O)
分子式：C20H38CuO4
中文名称：(异癸酸-O)(新癸酸-O)铜
英文名称：Copper, (isodecanoato-O) (neodecanoato-O)
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