1) bismuth oxide
氧化铋
1.
Preparation of nanometer bismuth oxide from bismuth oxychloride via liquid-state transformational method and thermal properties of its precursor;
液相转化法从氯氧化铋制备纳米氧化铋及其前驱体的热解行为
2.
Preparation of ultrafine bismuth oxide by electrochemical method;
电化学方法制备超细氧化铋粉末
3.
Sduty on preparation of ultra-fine bismuth oxide powder by reversing-titration method;
反向滴定法制备超细氧化铋粉体的研究
2) Bi2O3
氧化铋
1.
Employing the physical vapor deposition method,Bi2O3 powder was heated to 1050 ℃ at normal pressure in a horizontal tube furnace with the protection of argon gas and oxygen,and then cooled and deposited naturally.
利用物理气相沉积法,在氩气和氧气保护下将氧化铋粉末在水平管式炉中常压加热至1050℃,然后降温沉积,在硅衬底上得到了大量具有规则矩形外形的二维纳米结构——片状氧化铋。
2.
Carbon nanotubes (CNTs) supporting bismuth oxide (Bi2O3) nanometer particle (Bi2O3/CNTs) was prepared by the microwave radiation method.
采用微波辐射法制备了沉积于碳纳米管(CNTs)表面的氧化铋(Bi2O3)纳米粒子(Bi2O3/CNTs),用扫描电子显微镜(SEM)、光电子能谱(XPS)和X射线衍射(XRD)对制备的Bi2O3/CNTs纳米粒子进行了表征。
3.
It was found that after annealing, tetragonal and non-stoichiometric phases were converted into pure monoclinic Bi2O3 by X-ray diffraction patterns.
利用化学水浴沉积法在室温下制备了多晶氧化铋薄膜,并在350℃的空气气氛条件下进行退火处理,得到纯的α-Bi2O3薄膜。
3) bismuth and bismuth oxide
铋和氧化铋
1.
A microwave digestion-inductively coupled plasma-atomic emission spectrometric(ICP-AES)method was developed for the simultaneous determination of Cu,Fe,Pb,Ni and Cr in bismuth and bismuth oxide.
该法已应用于铋和氧化铋中上述5种杂质元素的测定。
4) bismuth oxychloride
氯氧化铋
1.
Preparation of nanometer bismuth oxide from bismuth oxychloride via liquid-state transformational method and thermal properties of its precursor;
液相转化法从氯氧化铋制备纳米氧化铋及其前驱体的热解行为
2.
The valuable metals,such as zinc and bismuth in the blast furnace sludge can be recovered by wet metallurgy technology to produce zinc oxide and bismuth oxychloride.
以高炉炼铁瓦斯泥为原料,采用湿法浸取回收其中的有价金属锌、铋以制备氧化锌和氯氧化铋。
3.
Bismuth oxychloride (BiOCl),BiOCl-mica and Ti or Zr improved BiOCl-mica pearly pigments are described.
介绍了氯氧化铋 (BiOCl)、BiOCl-云母及Ti或Zr改性的BiOCl-云母珠光颜料。
5) slag bismuth oxide
氧化铋渣
6) Bi 2O 3 based system
氧化铋系
补充资料：氧化铋
分子式: Bi2O3
分子量: 465.95
CAS号: 1304-76-3
无色重质粉末。溶于酸，不溶于水。加热变为橙红色，继续加热变为红棕色。相对密度 8.9，沸点 1890℃,熔点820℃。用于铋盐制造，分析试剂，防火纸的制造，染料、电瓷和玻璃行业的助剂。
分子量: 465.95
CAS号: 1304-76-3
无色重质粉末。溶于酸，不溶于水。加热变为橙红色，继续加热变为红棕色。相对密度 8.9，沸点 1890℃,熔点820℃。用于铋盐制造，分析试剂，防火纸的制造，染料、电瓷和玻璃行业的助剂。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条