由于无需 离子掺杂 ( ION DOPING )和活性化工艺,因此只需在原a-Si TFT生产线上追加激光热处理装置就可以实现。这种想法很早以前就有,不过一直未能实现。
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Mg ion doping Mg离子掺杂
fe and ce ion doping fe和ce离子掺杂
ion-doping 离子掺杂
Bi-ion doping 双组分离子共掺杂
Zr ion doping Zr离子掺杂
F ion doping 氟离子掺杂
cr -ion doping 铬离子掺杂
fe ion doping fe离子掺杂
The influence of photocatalytic modification techniques,including metal loading,ion doping to photocatalysts is also described. The development direction of photocatalysts for hydrogen production from water decomposition in the future is predicted.
介绍了氮氧化物、复合半导体、MO6型八面体单体化合物等可见光催化剂材料的研究动态,阐述了金属负载、离子掺杂等修饰技术对催化剂的影响,并对未来光催化分解水制氢催化剂的发展方向进行了展望。
参考来源 - 可见光分解水制氢光催化材料研究进展It was found that the metal ion doping method could greatly improve the tap-density and electronic conductivity, but decrease the particle size.
研究结果表明,采用金属离子掺杂的方法不会改变复合材料的橄榄石型晶体结构,但可以降低其颗粒尺寸、改善其电导率、提高其振实密度,从而改善其电化学性能。
参考来源 - 碳热还原法磷酸铁锂的制备、结构与性能·2,447,543篇论文数据,部分数据来源于NoteExpress
No characteristic peaks of the doped ions were found, the ion doping can be considered as the displacement doping.
没有发现掺杂离子的特征峰,可以认为离子掺杂属于替位掺杂。
The research progress of most interesting ion-doping are summarized, which involves transition metals, precious metals and nonmetallic elements such as nitrogen, fluorine, sulfur and carbon.
综述了其中广受关注的离子掺杂法的研究进展,涉及过渡金属、贵金属以及氮、氟、硫、碳等非金属元素。
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