bismuth oxide的例句大全

Preparation of Superfine Bismuth Oxide by High-Speed Shear Reactor

采用高速剪切反应器生产超细氧化铋工艺探讨

Preparation of nano-sized bismuth oxide nitrate hydroxide hydrate particles by a reverse microemulsion method

反相微乳液法制备纳米四水羟基硝酸氧铋

With high-speed shear reactor, super-fine and high purity bismuth oxide powders were prepared using bismuth nitrate and ammonia carbonate solutions as raw materials.

利用硝酸铋溶液和碳酸铵溶液为原料，采用高速剪切反应器，500℃煅烧后可以生产出高纯、超细的氧化铋粉末。

Study on Preparation of Nanometer Bismuth Oxide Powders by Vapor-phase Oxidation

铋蒸气氧化法制备氧化铋纳米粉体的研究

Bismuth oxide is a advanced functional powder material, having wide application perspectives.

氧化铋是一种先进的功能粉体材料，应用前景广阔。

the optimal dosage of bismuth oxide and zinc oxide compounding is 7% and 2%, respectively.

纳米Bi2O3复合量达7%或ZnO复合量为2%时，产品的光催化性能最优。

Bismuth oxide is a advanced functional powder material having wide application perspectives.

氧化铋是一种先进的功能粉体材料,应用前景广阔.

Study on preparation of nanometer bismuth oxide powder

纳米三氧化二铋粉体的制备研究

Development and Production Practice for Manufacturing Electronic-grade Bismuth Oxide

电子工业用氧化铋生产工艺的开发与实践

Reduction of Aromatic Nitro Compounds with Hydrazine Hydrate Catalyzed by Bismuth Oxide Hydroxide Supported on Activated Carbon

活性碳负载氢氧化氧铋催化水合肼还原芳香族硝基化合物

Study of a New Manufacturing Process of High Purity Bismuth Oxide

一种制备高纯氧化铋工艺的研究

Bismuth oxide thin films have been successfully fabricated on the stainless steel substrates by using pulsed laser deposition method for the first time.

首次采用355nm脉冲激光沉积在不锈钢基片上制备了氧化铋薄膜。

effect of bismuth in leady oxide on discharge performance of lead-acid batteries

含铋铅粉对铅蓄电池放电性能的影响

Crystal Growth of Bismuth Silicon Oxide ( BSO) in Space

硅酸铋（BSO）晶体的空间生长

Nickle, cobalt and bismuth are turned into corresponding hydrated oxide by hydrolysis.

镍 、 钴、铋水解成相应的氢氧化物,具有设备简单、易操作、成本低的特点.

Novel rare-earth contained bismuth telluride thermoelectric materials were prepared by solvothermal synthesis at 180 ℃ using bismuth chloride, tellurium powder and lanthanum chloride or oxide as starting materials, and the following hot uniaxial pressing ( HUP), 400 ℃, at 50() MPa for 1h.

以氯化铋、碲粉、氯化镧或氧化镧为原料，采用180℃溶剂热合成和400℃、50MPa、1h热压技术制备了含稀土的新型Bi2Te3基热电材料。