本文为您带来受主的英文翻译，包括受主用英语怎么说，受主用英语怎么说，受主的英语造句，受主的英文原声例

本文为您带来受主的英文翻译，包括受主用英语怎么说，受主用英语怎么说，受主的英语造句，受主的英文原声例句，受主的相关英语短语等内容。

受主的英文翻译，受主的英语怎么说？

受主的英语网络释义

受主(Acceptor): 被掺入的杂质原子向半导体中提供 导电的空穴，并成为带负电的离子。 施主和受主浓度：N D 、N A 1.4.2.

... receiver接收器 receptor受主 receptoratoms受主 ...

这是在P型GaN的生长过程中，Mg原子取代Ga位而形 成受主（MgGa），从而释放出空穴，随着Mg流量的增加受主MgGa的浓度也增加，在相同的激活条件下，有更 多的受主释放出空穴。

受主的汉英大词典

受主[shòu zhǔ]

• acceptor
• 短语:
  • 受主密度 acceptor density;
  • 受主能带 acceptor band;
  • 受主能级 acceptor level;
  • 受主浓度 acceptor concentration;
  • 受主杂质 acceptor impurity

受主的英语短语

受主的英文例句

它应该是一个电子的施主还是受主？

Is it going to be an electron donor or acceptor?

受主原子必须比半导体元素少一价电子。

The acceptor atoms are required to have one less valence electron than the semiconductor.

在受主缺陷扩散层中费未能级的变化是线性的。

The level changes linearly in the acceptor defect layers.

研究发现，随着量子限制效应的增强，受主跃迁能量会增加。

It is found that the transition energy of acceptors increases with the enhancement of quantum confinement.

所以不让我们疑惑、焦急、沮丧，以致失去受主出乎爱的锻鍊的机会。

Let us fear to take ourselves out of the hands of our heavenly Guide or to miss a single lesson of His loving discipline by discouragement or doubt.

很好，没错，它将是一个电子的受主，它想要接收电子，接收电子密度。

Great. Yup, it's going to be an electron acceptor, it wants to accept electrons, it wants to accept electron density.

不同方位的花粉密度受主风频率影响，主风方向花粉密度占58.07%。

The pollen density of different direction is affected by the main wind direction, 58.07% of pollen comes from the main wind direction.

不同方位的花粉密度受主风频率影响，主风方向花粉密度占58.07%。

The pollen density of different direction was affected by the main wind direction, 58.07% of pollen came from the main wind direction.

从施主受主染料体系出发，研究了双重染料对灯泵染料激光器输出的影响。

This paper studies the influence of bi dye on the output of flashlamp pumped dye laser from the point of donor acceptor dye system.

内置功率放大电路，可以单独成为一个小系统，并受主信号强切优先控制。

Built-in power amplifier circuits that can be a small system, and strong signal by cutting the main priority control.

探讨了施主杂质、受主杂质等微量元素及玻璃料对PT C陶瓷性能的影响。

Effects of donors, acceptors, and other trace elements and the frit on properties of the PTC ceramics are discussed.

采用复阻抗方法测量了晶粒、晶界电阻值，初步分析了施受主的缺陷补偿机制。

The resistivities of grain and grain boundary were measured by the method of complex impedance analysis, the deficit compensation mechanism of donor acceptor was analyzed.

回顾了十年来受主金属氯化物石墨层间化合物在零磁场下传导性能的实验工作。

Experimental data in zero-field of the metal chloride acceptor GICs of the last decade was reviewed.

通过电子探针微区分析和霍尔效应法探测锗杂质及其相关施主和受主浓度的变化。

Electron probe microanalyses and Hall effect were used to measure the variations of Ge dopant and its related donor and acceptor concentrations.

在还原气氛烧成的条件下，部分V 5 +可以进入钛酸钡晶格，起到受主掺杂的功效。

In reducing atmosphere, part V5 + can go into the lattice of barium titanate and act as an acceptor dopant by neutralizing free electron.

提出主关键层来压的新概念，指出回采工作面矿压显现程度主要受主关键层破断的影响。

The idea of key stratum pressure is put forward, and the ground pressure is mainly influenced by the breakage of key stratum.

提出主关键层来压的新概念，指出回采工作面矿压显现程度主要受主关键层破断的影响。

The idea of key stratum pressure is put forward, and the ground pressure is mainly influenced by the breakage of key.

在p型和n型半导体材料之间渡越区中的一个面，在这里施主杂质和受主杂质的浓度相等。

In practical use, an N-type and a P-type are created side by side in the same semi-conductor Crystal, forming a P-N junction.

本文对处理自由表面的VOF法进行了改进，减轻了由“施主-受主”法导致的假扩散现象。

The VOF method is modified to lighten artificial diffusing which results from "Donor-Acceptor"method.

低级序断层是在走滑应力、伸展应力以及受主断层的牵引或在局部地区的拱升应力等作用下形成的。

The lower-order faults were formed under the action of strike slip stress, extension stress, camber stress and traction of master faults.

昆明小白谷耐冷性是受主效基因支配，冷驯化是水稻微效耐冷基因累积获得穗期耐冷性的途径之一。

A major gene was found to control cold tolerance in Kunming Xiaobaigu. Cold acclimation is presumed to be one of the approaches by which rice genotypes may acquire cold tolerance at the booting stage.

由于各掺杂物的优缺点不同，近几年研究发现，双施主掺杂和施受主共掺能够很好的改善材料的性能。

For every dopant has its advantages and disadvantages, results of recent studies show that double-donor doping and donor-acceptor codoping can improve the performance of the material remarkably.

为考虑空气对水流流速的影响采用VOF方法追踪自由水面，并用施主—受主方法求解水体体积率控制方程。

Considering the influence of the air on the velocity of flow, Volume of Fluids (VOF) method is used to track the free surface.

其原因是硼元素的掺入促进了金刚石单晶的(111)晶面生长，使受主能级提高，晶体的带隙变窄，载流子浓度提高。

It is indicated that the boron doping promotes the growth of (111) face of the diamonds, enhances acceptor level, narrow 's band gap and increases carrier concentration correspondingly.

鉴于他们的职位受之于上帝，教皇们认为神职只能由全能的主以死亡的方式剥夺。

Deeming their mandate to be from God, popes believe it can only be taken away by the Almighty at death.

信徒受试炼，就是证明我们在主面前的宝贵；不然主不会花这许多时间，力气和心机在我们身上的。

The very fact of trial proves that there is something in us very precious to our Lord; else He would not spend so much pains and time on us.

主服务器：在主服务器上允许外部表上的所有受支持操作。

Primary: all supported operations on external tables are allowed on the primary server.

猴子易受感染，但未被认为是可生存的有效储主，因为几乎所有受感染动物太快死亡以至于不能维持该病毒的生存。

Monkeys are susceptible to infection but are not considered viable reservoir hosts as virtually all infected animals die too rapidly to sustain survival of the virus.

猴子易受感染，但未被认为是可生存的有效储主，因为几乎所有受感染动物太快死亡以至于不能维持该病毒的生存。

Monkeys are susceptible to infection but are not considered viable reservoir hosts as virtually all infected animals die too rapidly to sustain survival of the virus.

受主的原声例句

Great. Yup, it's going to be an electron acceptor, it wants to accept electrons, it wants to accept electron density.

很好，没错，它将是一个电子的受主，它想要接收电子，接收电子密度。

Is it going to be an electron donor or acceptor?

它应该是一个电子的施主还是受主？

And if we talk about what's going on in areas, or with atoms that have high electronegativity, and we think about whether they're electron donors or electron acceptors, what would you expect for an atom that has high electronegativity?

如果我们要讨论这片区域的情况，或者说讨论这些电负性很高的原子，我们会把它们想象成电子的施主,还是受主？,大家认为哪一种,是电负性很高的原子？

受主的网络释义

受主 受主即为掺入半导体中的一类杂质，它能接受半导体中的价带电子，产生同数量的空穴，从而改变半导体的导电性能。 例如，掺入半导体锗和硅中的三价元素硼、铟、镓等原子都是受主。 如果某一半导体的杂质总量中，受主的数量占多数，则这半导体是p型半导体。

以上关于受主的英语翻译来自英汉大词典，希望对您学习受主的英语有帮助。