Take use of the sediment containing the lead from the acidized copper and cadmium sediment to hydro metallurgic produce the lead acetate and lead. 利用铜镉渣酸浸后的含铅废渣湿法生产醋酸铅及铅,有利于提高经济效益、改善生态环境。
A toxic double salt of copper arsenate and copper acetate. Removal of Mo, As, Sb and Sn from tungstate solution 一种由砷酸铜和醋酸铜形成的有毒复盐。钨酸盐溶液中除钼砷锑锡等杂质的研究
Catalytic Hydrolysis of Copper(ⅱ) Bis ( Diethylenetriamine) to p-Nitrophenyl Acetate by Kinetic Spectrophotometry 动力学光度法测定二乙三胺铜(Ⅱ)配合物催化水解NA酯
Atomic Absorption Spectroscopy for Measuring the Content of the Copper and Iron in the Three Cellulose Acetate Membrane 原子吸收光谱法测定三醋酸纤维素膜中铜铁
Determination of Trace Copper, Lead and Cadmium in Seawater by Graphite Furnace Atomic Absorption Spetrometry with Dithizone-n-Butyl Acetate Extraction 双硫腙-醋酸丁酯萃取石墨炉原子吸收法测定海水中痕量铜、铅和镉
49 Air Oxidation Process Produce Copper Acetate 空气氧化法生产醋酸铜
P-type transparent conducting copper aluminum oxide samples with different Cu/ Al ratio were prepared by the sedimentation of cupric acetate and aluminum acetate at high temperature and solid-phase-reaction. 采用将反应物沉淀后涂层及高温固相反应,在石英玻璃衬底上沉积了Cu/Al原子比不同的p型透明导电铜铝氧化物。
Well-dispersed copper acetamide sulfide nanorods were prepared by means of the solid-state reaction of copper acetate and thioacetamide in the presence of surfactant PEG-400 at a low heating temperature. 在表面活性剂PEG-400存在的条件下,以醋酸铜和硫代乙酰胺为原料,利用低热固相化学反应,一步制备出分散均匀的硫化铜纳米棒。
Performance of high efficient copper oxide supported catalyst for ethyl acetate catalytic combustion 载体改性对负载氧化铜催化剂催化性能的影响
The kinetic studies on thermal decomposition of copper acetate 水合醋酸铜热解过程动力学研究
In this paper, air oxidation synthesis of copper acetate has been studied. 介绍了在空气氧作用下,由铜屑和醋酸直接反应生产醋酸铜的方法。
Flow cytometric analysis of the anticancer effects of copper acetate 乙酸铜抗肿瘤作用的流式细胞光度计分析研究
In this method the interference come from inorganic sulfide was removed by Copper acetate homogenous precipitation method. 水中无机硫化物的干扰用乙酸铜均匀沉淀法去除。
Room-temperature Solid-state Synthesis of Complexes of Copper Acetate and Multi-nitrogen Heterocyclic Ligands 醋酸铜和多氮杂环配体配合物的低热固相合成
Studies on Solid State Reactions of Coordination Chemistry ( LXV)── The Solid State Reactions of Copper Acetate Monohydrate with Schiff Bases at Room Temperature 固相配位化学反应研究(LXV)&醋酸铜与Schiff碱在室温下的固相化学反应
The thermal decomposition of the copper acetate dihydrate in a static air atmosphere was investigated by TG-DTG techniques. The intermediate and residue for each decomposition were identified from TG curve. 用TG-DTG技术研究了一水合乙酸铜在静态空气中的热分解过程,根据TG曲线确定了热分解过程中的中间产物及最终产物,其分解过程主要由2步组成。
Studies on Kinetics of Solid State Reactions of Copper(ⅱ) Acetate Monohydrate with Amino-Acid 醋酸铜与氨基酸固相反应的动力学研究
According to this conclusion, the YBCO precursor film was put at a temperature much higher than the decomposition temperature of copper acetate after rapid volatilization. Therefore the copper acetate would decompose in solid state. 因此,本论文将快速挥发后的薄膜置于乙酸铜分解温度以上温区使其在固相条件下迅速分解,避免薄膜发生大面积熔融。
In the latter reaction, the polymerization of aniline was initiated by copper(ⅱ) acetate and occurred on the surface of magnetic carbon microspheres. The process was simple and facile, without any use of templates. 在后一步水热反应中,苯胺单体在醋酸铜的引发下直接在磁性碳球表而聚合,该方法简便易行。
In this work we use copper acetate and curcumin as raw materials to get curcumin copper complex. The reaction is simple and easily operated. 本实验中以乙酸铜,姜黄素为原料合成姜黄素铜配合物,反应简单易操作。
In this thesis, we describes electrodeposited cuprous oxide on the ITO glass electrode in copper acetate solution system. 本论文选择醋酸铜溶液体系,在氧化铟锡(ITO)导电玻璃电极上电沉积制备了Cu2O。
The CuO hollow spheres have been prepared using urea and copper acetate as reactants through hydrothermal treatment. 利用尿素和醋酸铜在水热条件下制备了CuO空心球,这些空心球状结构是由纳米颗粒组装起来的。