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- cupric phosphide 二磷化三铜
- Cupric azide is insoluble in water. 叠氮化铜不溶于水。
- Diffused red, gallium arsenide phosphide red. 功能应用: Discrete LED indicator.
- Comparative study on nitride and phosphide . 因此，较大的还原气空速易于形成较高的催化剂比表面积。
- CuSO_4 widely used is important cupric compounds. 硫酸铜是重要的铜化合物，用途广泛。
- Cu-containing residue would be used for preparing cupric sulfate. 含铜残渣用于制备硫酸铜。
- Also may the calcium phosphide in broken bits ,the dolomit,and so on pearl ore. 还可细碎磷化钙、白云石、珍珠岩矿等。
- Imidazole was modified by cupric sulfate, the new product was observed by XRD. 采用硫酸铜改性咪唑，XRD表明了有新的物质生成。
- Preparation of cupric sulfate from waste electric component lead is introduced. 提出了回收电子元件废引线并以此为原料制取硫酸铜的方法。
- After purification,the total content of hydrogen sulfide with hydrogen phosphide are less 10ppM in the acetylene gas. 净化后的乙炔气中硫化氢、磷化氢含量总和小于10ppm,净化效果好,安全可靠,成本低,效益好,值得乙炔站推广。
- Application: Used in producing red phosphorus, phosphide and hot process phosphoric acid. 主要用途:用于生产红磷，磷化物，以及热法磷酸。
- Hypophosphatemia can be corrected by eliminating etiological factor and supplementing the phosphide. 由此得出结论，脓毒症患者易继发低磷血症。
- A blue or green powder consisting of basic cupric acetate used as a paint pigment and fungicide. 醋酸铜由碱性的醋酸铜构成的一种蓝色或绿色粉末，用作颜料和杀真菌剂
- Chemical control technique of medlar storage pests is studied especially on the research of Aluminium Phosphide. 对枸杞储藏害虫的化学防治技术进行了研究,特别是对磷化铝熏蒸剂进行了针对性的研究和开发。
- Molecular Configuration of Fuchsin Basic Adsorbed on Gallium Phosphide Nanoparticles[J]. 引用该论文 张兆春;张毅超;岳龙义.
- While fumigating with aluminium phosphide is much more effective and the highest mortality rate is 98.95%. 而采用根部施用磷化铝丸剂进行熏蒸的方法，可使沙棘木蠹蛾幼虫的校正死亡率达到98.;95%25；
- The method that cupric sulfate is synthesized from spongy copper is thought to be the best among several routines. 通过对几种硫酸铜生产工艺的分析,提出了以海绵铜为原料生产硫酸铜是种较好的方法。
- And this alkali product can be compounded with all kinds of liquid phosphide to regulate phosphating liquid acidity. 本品为碱性，与各种磷化液配合使用，用于调整磷化液的酸度。
- Raman Spectroscopy of Graphite and Diamond Microcrystals Retained by Gallium Phosphide Nanoparticles[J]. 引用该论文 张兆春;张毅超;张旭;陆雅;郭景康.
- Objective To investigate and analyse mortality of professional population of cupric mine. 目的了解铜生产加工行业职工肿瘤发病及死亡情况。
