- 更多网络例句与受主相关的网络例句 [注：此内容来源于网络，仅供参考]
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With the Eu doping level increased to more than 1mol%, the content of B-site occupancies is increased and acceptor doping is to be dominant.
当Eu含量低于1mol％时，Eu在PZT晶格中主要占A位，起施主掺杂作用；随着Eu含量的增加，其在PZT晶格中占据B位的比例逐渐增多，受主掺杂作用逐渐增强。
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Homogeneous or heterogeneous base material is selected; an alternately superimposed barrier layer and an alternately superimposed recessed layer are grown and formed at the extension of the base material; donor impurity and acceptor impurity are doped in the interface between the barrier layer and the recessed layer and in the interface between the recessed layer and the barrier layer, and the p type group III nitride material doped at a position selecting superlattice is obtained.
选择同质或者异质的基质材料；在基质材料上外延生长形成变换叠加的垒层和阱层，在垒层与阱层的界面和阱层与垒层的界面掺入施主杂质和受主杂质，得选择超晶格位置掺杂的p型III族氮化物材料，其中，每个生长周期的步骤为：生长带隙较宽的垒层，同时掺入受主杂质；生长施主杂质或受主杂质δ掺杂层；生长非掺的带隙较窄的阱层；生长受主杂质或施主杂质δ掺杂层；在N 2 气氛下对所得的选择超晶格位置掺杂的p型III族氮化物材料退火，即得目标产物。
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Therefore, when Fe2O3 semiconductor doped with acceptor impurities of Ni, the acceptor impurities ionize and lead to the increase of conductive holes in the valence band and hence enhance the conduction capability of Fe2O3 semiconductor.
因此，当Fe2O3半导体中掺入Ni受主杂质后，受主杂质电离，使价带中的导电空穴增多，增强了Fe2O3半导体的导电能力。
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The substituted half-sandwich titaconece with bulky alkoxyl group [CpTiC1〓 or CpTi 〓] or indene ring can not be fluorinated by BF〓·Et〓O under the selected condition, but still coordinates with the BF〓, this coordination then enhances the steric effect that stabilizes the precursor and hinders the reduction of the Ti to the Ti species, reflected in the decrease in polymerization activity.
但是这个转化受主催化剂分子的空间位阻和聚合反应温度的影响，当主催化剂为大位阻的烷氧基取代茂钛络合物或茚钛络合物时，在一般的聚合温度下BF〓不能对它们进行氟化，但可以和其中的OR配位，这种配位进一步加剧了空间位阻，从而阻碍了活性中心的形成，导致催化活性的下降。
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In group-V elements, the calculated acceptor ionization energy of N is 0.31 eV, which is much smaller than that of P (0.77 eV) and As (0.89 eV), and the acceptor formation energy of N is lowest among them.
在Ⅴ族元素当中，计算出N的受主电离能为0.31eV，远小于P(0.77eV)和As(0.89eV)，并且N的受主形成能在这三种元素当中也是最小的，因此可以说N是Ⅴ族元素中比较理想的p型掺杂元素。
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It is found that the lifetime of excited states is monotonically reduced with decreasing quantum-well width,from 350 ps in bulk to 55 ps in a 100 ?
实验结果表明：随着量子限制效应的增强，受主激发态寿命而减少，实验测得体材料中Be受主2p激发态的寿命是350 ps，而阱宽10 nm的多量子阱中的寿命是55 ps。
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The association defect formed by donor and acceptor was the obstacle of the electromigration of the Oxygen vacancy and the electron. The valence variation of MnO〓 during the sintering and reoxidation process can improve the insulation resistance effectively.
要发挥MgO受主掺杂的作用，同时要避免氧空位的增加。Y〓和Dy〓作为两性离子掺杂，减少了氧空位，产生的施主和受主相互缔合，成为氧空位和电子迁移的障碍。
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He who would be a saviour must somewhere and somehow have been upon a cross; and we cannot have the highest happiness of life in succoring others without tasting the cup which Jesus drank, and submitting to the baptism wherewith He was baptized.
要做一个帮助人的人，必须先做一个受苦的人；要做一个救人的人，必须先经过十字架的对付；我们若不喝主所喝的杯，受主所受的苦，就不能享受救助人的那种人生最高的喜乐。
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NO·1层: No girl 主 have to marry 谓 a man 宾 whose continue title have the alike initial as ITs ,定语语法 for, as the rhyme goes,"Change 状语语法 the title but not the letter, marry for worse instead of preferable."
要点 这是个主从复合句。for是连接词，引导状语语法。as the rhyme goes是插入语，插在for和它引导的语法之间，造成for和它引导的语法的分离，中文英语互译时，可译成唯一主谓框架。译文妞妞不该嫁给与本人的姓的首字母相同的人，因该正如一首童谣所说：改姓不改首字母，婚后必将受其苦。
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NO·1层: No girl 主 have to marry 谓 a man 宾 whose continue title have the alike initial as ITs ,定语语法 for, as the rhyme goes,"Change 状语语法 the title but not the letter, marry for worse instead of preferable."
要点 这是个主从复合句。for是连接词，引导状语语法。as the rhyme goes是插入语，插在for和它引导的语法之间，造成for和它引导的语法的分离，中英对译时，可译成唯一主谓框架。译文妞妞不该嫁给与本人的姓的首字母相同的人，因该正如一首童谣所说：改姓不改首字母，婚后必将受其苦。
- 更多网络解释与受主相关的网络解释 [注：此内容来源于网络，仅供参考]
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acceptor doping：受主掺杂
abundance 丰度 | acceptor doping 受主掺杂 | acceptor impurity 受主杂质
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acceptor impurity：受主杂质
acceptor circuit 接受器电路 | acceptor impurity 受主杂质 | acceptor material 受主物质
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acceptor impurity level：受主杂质能级
acceptor impurity 受主杂质 | acceptor impurity level 受主杂质能级 | acceptor level 受主(能)级
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acceptor：受主
3.4.2 受主(acceptor)掺杂材料 3.5 热平衡状态的PN结 3.6 施加正向偏置电压的PN结 3.7 反向偏置二极管 3.8 理想二极管方程 3.9 二极管内的电荷存储 3.10 正向偏置二极管内的电荷存储 3.11 双极性二极管的反向恢复 3.12 反向击穿 3.13 二极管数据手册 3.14 肖特基二极管 3.15 本章习题 3.16 参考文献第4章 双极性晶体管模型
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acceptor site：受主(能)级
acceptor level 受主(能)级 | acceptor site 受主(能)级 | Access Coupler 出入偶合器
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acceptor atom：受主原子
Acceptor 受主 | Acceptor atom 受主原子 | Accumulation 积累、堆积
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receptor atoms：受主
receptor 受主 | receptor atoms 受主 | reciprocal 逆的
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acceptor ionization energy：受子電離能= 受主電離能
acceptor density 受子密度= 受主濃度 | acceptor ionization energy 受子電離能= 受主電離能 | accessible state 可及態
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acceptor ionization energy：受主电离能
acceptor circuit | 接受器电路 | acceptor ionization energy | 受主电离能 | acceptor level | 受主能级
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unionized acceptor：非离子化受主
inkbottle 墨水瓶 | unionized acceptor 非离子化受主 | tickling 反馈, 回授 自旋挠痒法