Al-doping 铝掺杂 ; Al掺杂
trace Al doping 微量铝掺杂
Al doping phase structure 铝掺杂相组成
doping Al 掺铝
nano-Al powder doping 纳米Al粉掺杂
al oh doping al3掺杂
Al-Co-doping 掺铝
al o doping 掺al
doping of al 掺al
The results show that the synthesized material with al doping has good electrochemical properties and can be used as cathode material for lithium ion batteries.
实验结果表明，合成材料经微量掺杂后具有较好的电化学循环性能，可作为锂离子电池的替代正极材料。
The optical transmittance of al doped AZO is as high as 85% in the visible region, the UV absorption edge is blue shifted greatly with increasing al doping concentration.
AZO透明导电材料的光学透过率在可见光范围内高达85%，紫外吸收限随着掺杂浓度的增加而发生蓝移。
The doping ions with various valences were selected to verify the charge compensation effect on the luminescence intensity as K and al seem to have similar charge compensation effect.
选择不同价态补偿离子掺杂是为了研究电荷补偿作用机制对该类材料发光性能的作用。
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