1) bismuth tellurium semiconductor
碲化铋半导体
2) bismuth telluride crystal
碲化铋晶体
3) Bi_2Te_3
碲化铋
1.
Effect of preparation methods on thermoelectric properties of p-type Bi_2Te_3-based materials;
制备工艺对p型碲化铋基合金热电性能的影响
2.
Peparation of Bi_2Te_3-polyaniline Heterostructured Nanorods by Two-step Electrochemical Depositions;
二次电化学沉积法制备聚苯胺-碲化铋复合纳米棒
3.
Effect of Extra Te Content on Thermoelectric Properties of p-type Bi_2Te_3-Based Materials;
额外Te的掺杂量对P型碲化铋基合金热电性能的影响
4) bismuth telluride
碲化铋
1.
Thin film of bismuth telluride was formed by alternately depositing Te and Bi via an automated flow deposition(system).
采用一个自动式电化学薄层流沉积系统,通过交替沉积碲元素和铋元素制备了碲化铋薄膜。
2.
Bismuth telluride (Bi_2Te_3)-based alloys are one of the most widelystudied and used thermoelectric materials, whose thermoelectric propertiesare better than other materials.
在常温环境里,碲化铋(Bi_2Te_3)系合金材料是研究最成熟、应用最广泛的一类热电材料,性能比其他材料优异。
5) defects in mercury cadmium telluride semiconductors
碲镉汞半导体缺陷
6) Bismuth telluride based compound
铋化碲化合物
补充资料：铋化物
金属和铋生成的化合物。由金属与铋直接化合而成。铋化镁与稀酸作用可制铋化氢。
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