亚铜的

基本解释 (translations)

cuprous

与亚铜的相关的网络例句 [注：此内容来源于网络，仅供参考]

By use of copper ash as raw material,a new method for direct production of cuprous chloride is introduced.

介绍了以铜灰为原料直接生产氯化亚铜的方法，讨论了工艺条件对产品收率的影响。

Cuprous oxide (Cu2O) is a direct band gap and is p-type semiconductor with a direct band gap of 2.0 eV, and has been attracted to apply in photoelectric devices and chemical catalysis.

中文摘要氧化亚铜是p-type 直接能隙半导体材，其能带间隙约为2eV，由於材料的优点，使得氧化亚铜在光电设备与化学催化剂的应用上引起相当大的注意。

At the same time,the influences of various factors,such as the dosage of reducing agent,the.

对制备氯化亚铜过程中还原剂用量、沉淀剂用量、反应时间、反应温度、pH对氯化亚铜收率的影响进行了研究。

The results of FTIR and QCM measurement showed that Schiff bases could chemisorb on the copper surface through coordination, indicating that it is feasible to prepare SAMs of Schiff bases on the copper surface.

QCM和FTIR结果表明，希夫碱分子通过其中的亚胺基与铜的配位作用在铜表面发生化学吸附，从而形成自组装膜。因此用自组装技术在铜表面上制备希夫碱自组装膜是可行的。

The chemical and physical properties of cuprous chloride and its manufactures and application field are introduced in this paper.

介绍了氯化亚铜的物理化学性质、主要生产厂家及应用领域。

Compare with TiO〓, the photocatalysis ability of cuprous oxide need improve, yet.

与TiO〓降解有机物的光催化效果相比，氧化亚铜的催化性能仍有待提高。

Said cathode material is compound material consisting of copper and selenonium, especially having different chemical element proportional of copper - selenium compound: copper diselenide, copper selenide, cuprous selenide.

该阴极材料是由铜和硒组成的化合物材料，具体为含有不同化学元素比例的铜-硒化合物：二硒化铜、硒化铜、硒化亚铜。

Result shows that the oxidation resistance can only be improved a little by this modification, and some copper was oxidized into cuprous oxide At last, fine copper powder was treated by potassium rhodanate solution andβ-CuSCN coating layer was produced.

实验尝试了用氧化铁包覆铜粉以对其改性的方法，结果表明改性后铜粉的抗氧化性能有一定的提高，但在处理过程中部分铜粉被氧化生成了氧化亚铜。

In this paper, cuprous chloride was prepared by sulfite-reduction method with copper sulphate,which was obtained from copper-containing plating wastewater treatment.

研究了利用处理含铜电镀废水得到的硫酸铜，采用亚硫酸盐还原法制备氯化亚铜。

The details are summarized as follows: 1.γ-irradiation is extended to control the morphology of microcrystals. In our experiments, copper acetate aqueous solution, a simple reaction system, is used at room temperature to prepare pure hexapod-shaped Cu〓O microcrystals, in which a buffer pair is in-situ formed to adjust the acidity of the reaction solution. Some important information on intermediate is obtained by changing the reaction parameter, which favors to reveal the inherent growth habit of Cu〓O.

发展了γ-射线辐照合成法对微晶的形貌的控制，在常温常压下从一个简单的反应体系——醋酸铜水溶液出发，通过辐照过程中原位产生的醋酸-醋酸根缓冲对的自发调节作用，控制反应体系的酸度从而合成得到了纯相的六足状氧化亚铜微晶；并通过改变反应参数，获得了中间体的信息，从而为揭示氧化亚铜的固有生长习性提供了条件。

与亚铜的相关的网络解释 [注：此内容来源于网络，仅供参考]

cupric：铜的,二价合的

cupprous 亚铜的,一价铜的 | cupric 铜的,二价合的 | curation 屏模,帘

dien：二亚乙基三胺

合成了二亚乙基三胺(dien)和咪唑为配体的两个铜(Ⅱ)单核配合物[(dien)Cu](ClO4)2、[(dien)Cu imH](ClO4)2和一个非对称性的咪唑桥联铜锌异双核配合物[(dien)Cu im Zn(tren)](ClO4)3,

copper acetoarsenite：乙酸亚砷酸铜

363,"三氯硝基甲烷混合物,未另列明的","Chloropicrin mixture, N.O.S",1583 | 364,"乙酸亚砷酸铜","Copper acetoarsenite",1585 | 365,"亚砷酸铜","Copper arsenite",1586

ammonical copper arsenate：氨化亚砷酸铜

ammoniac 氨的 | ammonical copper arsenate 氨化亚砷酸铜 | ammonite 阿芒奈特炸药

cuprodescloizite：矾铜铅矿

cuprocyanide | 氰亚铜酸盐 | cuprodescloizite | 矾铜铅矿 | cuprodine | (钢丝拉拔前的) 镀铜

cuprous：亚铜的

亚麻纤维 fiax | 亚铜的 cuprous | 衍缝 quilt

cuprous：亚铜的/一价铜的

铜铀云母 cuprouranite | 亚铜的,一价铜的 cuprous | 铜锰土 cuprous manganese

cuprous：亚铜的;二价铜的

亚丝煤素;亚丝煤素质 semifusinite | 亚铜的;二价铜的 cuprous | 亚土;心土 subsoil

cuprous：一价铜的

cuprous 亚铜的 | cuprous 一价铜的 | cupruresis 尿铜排泄

Pavy's solution：巴维溶液(改进的费材溶液,含足量氢氧化铵,以使氧化亚铜再溶)

Pauli's exclusion principle 泡利不兼容原理 | Pavy's solution 巴维溶液(改进的费材溶液,含足量氢氧化铵,以使氧化亚铜再溶) | Peieris-Nabarro dislocation 佩尔斯-纳巴罗位错