1) new donor
新施主
1.
Thus,formation rate and maximum concentration of new donor can be suppressed by Ge doping in CZ Si,and with increasing the Ge concentration,suppression of new donor is more effective.
因此 ,锗掺入到CZSi中可以抑制新施主 (ND)的形成速率和最大浓度 ,提高了硅的高温稳定性 ,改善硅材料的内在质量。
2) nitrogen-new donor
氮-新施主
3) donor
[英]['dəʊnə(r)] [美]['donɚ]
施主
1.
Investigation of the acceptor and donor in fast neutron irradiated Czochralski silicon;
快中子辐照直拉硅中受主和施主的研究
2.
he electrical properties of (MgCoNi)O samples doped with small amounts of donor La2O3are studied.
研究了掺杂Ｌａ２Ｏ３施主的（ＭｇＣｏＮｉ）Ｏ系氧敏材料性能。
3.
donors appeared.
退火处理时，辐照缺陷的退火及其与硅单晶中氧、碳杂质的相互作用，使得辐照后的ＣＺＳｉ退火行为比较复杂，在７００～９００℃退火范围内电阻率值低于真实电阻率值，即出现了施主现象。
5) donor
[英]['dəʊnə(r)] [美]['donɚ]
施主施钟质
6) new measures
新措施
1.
The energy utilization processes and problems affecting the energy consumption in the CDU are analyzed here, through which new measures developed and adopted at home recently to energy saving are summarized and discussed.
本文分析了该装置的用能特点和存在的问题 ,针对其用能三环节总结和讨论了节能的新措施 ,并对其节能效果进行了评价分析 ,以便各炼油厂装置改造时进行借鉴 ,从而切实降低能耗 ,提高经济效
2.
The paper presents some of new measures to prolong the service life of aluminium reduction cell such as technical improvement on superstructure,the usage of new material in relining,application of new technology for start up of new aluminium reduction cell and maintenance of older cell.
介绍了延长电解槽寿命的一些新措施,从大修电解槽上部结构的技术改造、砌筑内衬过程中新材料的使用,电解槽通电焙烧时新技术的运用,老龄槽在生产中的破损维护诸方面均提出了科学的改进方法,对同类(大面四点单端供电)电解槽在延长槽寿命、节能降耗减排具有一定的借鉴意义。
补充资料：大施主
【大施主】
（术语）于一切之人行大施者。无量寿经上曰：“我于无量劫不为大施主，普济诸贫穷，誓不成正觉。”
（术语）于一切之人行大施者。无量寿经上曰：“我于无量劫不为大施主，普济诸贫穷，誓不成正觉。”
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