氯化亚铜

火熖中氯化亚铜D、E谱带影响因素的研究

Influence Factors of D , E Bands of CuCl ~ In Flames

镁/沸石/氯化亚铜全固态电池

Mg / Mordenite / CuCl Solid State Battery

确定了水解反应的最佳条件：氯化亚铜作催化剂，于130℃反应4h。

Hydrolysis was carried out with cuprous chloride as catalyst at130 ℃ for4 h.

本文用原位红外光谱法考察了用氯化亚铜（GuCl）预处理过的和未处理的聚丙烯睛（PAN）试样在空气和氮气条件下热稳定化过程。

In this paper the process of the thermal stabilization of polyacrylonitrile ( PAN ) fibres pretreated with cuprous Chloride ( CuCl ) have been studied in air and nitrogen atmosphere by in-situ infrared spectroscopic method .

羟基苯甲醛在氧化剂存在下溴化生成3，5－二溴－4－羟基苯甲醛，后者用氯化亚铜作催化剂，在DMF溶剂中与甲醇钠反应，生成丁香醛。

Hydroxybenzaldehyde was brominated in the presence of sodium chlorate to 3,5 dibromo 4 hydroxybenzaldehyde , which reacted with sodium methoxide in the presence of cuprous chloride to give syringaldehyde .

在第一步反应中氯化亚铜、二乙胺为催化体系时最佳条件为：温度为70～75℃，反应时间4h，反应物的摩尔比1：2.5，催化剂占苯乙烯物质的量的百分比为2%，产率达88.51%；

When using cuprum chloridize and diethylamine as catalyst , the optimum reaction condition is that reaction temperature 70 ~ 75 ℃, time 4 h , reactant mole ratio 1:2.5 , catalyst quantity 2 % and the yield is 88.51 % ;

后者的适宜工艺条件为以二甲苯作溶剂，氯化亚铜和邻菲咯啉为催化剂，催化剂与4,4′-二碘联苯的摩尔比为0.15∶1，在150℃下回流反应7h。

The optimal technical conditions of the later were that cuprous chloride and 1,10-phenanthroline were used as catalyzer , the molar proportion of catalyzer and 4,4 ′ - diiodobiphenyl was 0.15:1 , and the reaction mixture was refluxed for 7h in the solvent of xylene at 150 ℃ .

表面改性提高氯化亚铜抗氧化性的研究

Study on improvement of inoxidizability of cuprous chloride by surface modification

亚铜氯化物络离子阴极还原机理的研究氯化亚铜合成及精制

Investigation on Cathodic Reduction Mechanism of Cuprous Chloride Complex Ion

低品位铜矿制备活性氯化亚铜

Experiment Study of Preparing Active Cuprous Chloride from Low Grade Copper Ore

硅粉及氯化亚铜的X-射线光电子能谱分析

X-ray photoelectron spectroscopic analysis of silicon powder and cuprous chloride

氯化亚铜有着广泛的用途。

Cuprous chloride is widely used in organic synthetic industry .

不同晶粒尺寸氯化亚铜微粉制备

Preparation of cuprous chloride micro-powder with different crystal size

乙烯和四氯化亚铜铝甲苯溶液的稳定常数测定

Measurement of Stability Constants for Ethylene and Cuprous Aluminum Tetrachloride in Toluene Solutions

硝酸催化氧化法制备氯化亚铜的研究

Study on the preparation of cuprous chloride by catalystic oxidation with nitric acid

由铜泥制备氯化亚铜

Preparation of Cuprous Chloride From Containing - Copper Refuse

以铜矿粉为原料直接生产氯化亚铜

Direct production of cuprous chloride from copper ore powder

氯化亚铜合成及精制钛（Ⅳ）-二氨替比林甲烷&氯化亚锡三元配合物及其钢中钛的测定

Tribasic Complex system of Ti (ⅳ) DAM SnCl_2 and determination of titanium steel

氯化亚铜催化的月桂烯氢氯化反应的研究（Ⅰ）&产物分布和反应机理

STUDY ON Cu_2Cl_2-CATALYZED HYDROCHLORINATION OF MYRCENE (ⅰ) ── Product Distributions and Reaction Mechanism

氯化亚铜制备技术进展和用途

Preparation technology progress and application of cuprous chloride

利用联醇装置废催化剂生产氯化亚铜和氧化锌

Manufacture of Cuprous Chloride and Zinc Oxide by Waste Catalyst from Co-production Methanol Unit

从催化剂废渣中提取高活性氯化亚铜新工艺

New technique for extracting the high reactive cuprous chloride from waste slag of catalyst

以铜灰为原料直接生产氯化亚铜工艺研究

Direct Production of Cuprous Chloride from Copper Ash

详细论述了氯化亚铜的生产工艺和制备技术进展，并对氯化亚铜的各种生产工艺进行了对比评价。

The comparison and evaluation of various preparing technologies of cuprous chloride are made .

变质氯化亚铜的还原再生

Reduction Activation of the Deteriorated Cuprous Chloride

氯化亚铜蒸气激光器用于高分辨率、无快门高速摄影

A Cu / CuCl Vapor Laser Used in High Resolution No Shutter High Speed Photography

转化法由低品铜矿制备活性氯化亚铜

Study on the preparation of cuprous chloride from low grade copper ore by catalysis conversion

现代氯化亚铜合成工艺

Modern preparation process of cuprous chloride

介绍了利用甲醇废触媒中的铜、锌制取氯化亚铜和氧化锌的原理、操作工艺及条件。

He principle , operation process RECOVERY OF CUPROUS CHLORIDE AND ZINC OXIDE FROM WASTE METHANOL CATALYST .

氯化亚铜/乙二胺/苄氯引发苯乙烯和甲基丙烯酸甲酯聚合研究

Study on Polymerization of Styrene and Methyl Methacrylate by Copper (ⅰ) Chloride / ethylenediamine / benzyl Chloride