New method of calculating the probability function of carriers occupying the impurity level;
一种计算载流子占据杂质能级的概率的新方法
The calculated results for ZnS:Mn 2+ show that the property of impurity energy level for single bug satisfies the theory of crystal potential field,and the influence of impurity energy level caused by concentration of impurity is not evident,which is consistents with the experiment results.
2 3eV ;然后用原子球替代方式自洽计算杂质密度在Eg 中的相对位置 ,模拟计算了在六角结构ZnS中掺入不同浓度的Mn杂质后有关的杂质能级在Eg 中的相对位置。
The Energy Gap and Impurity Modes in a One-Dimensional Dusty Plasma Crystal Chain;
一维尘埃晶格链中的能隙及杂质能级
Formulae of Fermi Energy in Poly-doped Semiconductor and Algorithm Computation
混合杂质半导体费米能级公式及数值计算
Effect of the Valley-Orbit Splitting in SiC on the Dopant Ionization
SiC中基态施主能级分裂对杂质电离的影响
Calculation of Energy and Binding Energy of Hydrogen-like Donor Impurity Quantum Ring with B-spline Technique
类氢施主杂质量子环能级和束缚能的B样条计算
A Statistic Description of the Physical Image of Process To Capture--Recombine Carriers for the Twin Levels of Au in Silicon;
硅中金杂质双重能级俘获——复合载流子的物理图像的统计描述
The Energy Levels of a Semiconductor Quantum Ring with an Impurity in a Magnetic Field
在磁场作用下含有杂质的半导体量子环中电子的能级(英文)
Strategy of Sampling for Pre-Core Collection of Sugarcane Hybrid
甘蔗杂交品种初级核心种质取样策略
Y Liangyou 372,a NewTwo-line Late-cropping Super Hybrid Rice Combination with High Yield and Good Grain Quality
高产优质两系超级杂交晚稻新组合Y两优372
Studies of Absorption and Dispersion Properties of the Three-level Cascade Medium;
三能级级联介质吸收与色散性质的研究
Something added that lowers value or purity.
掺杂物，杂质能使原物降低成色、纯度的添加物
Numerical Calculation of the Fermi Energy in Single-Doped and Co-doped Semiconductors
单掺杂及混合掺杂半导体费米能级随温度变化的数值计算
Triatomic and larger molecules have more complex energy-level diagrams.
三原子分子和更大的分子的能级图比较复杂。
Discussed on Effect in the Energy Gap of Some AO for the Optimum Hybridization Obital;
原子轨道的能级差对最优杂化轨道的形成影响
Calculation of the energy levels of Ce~(3+) ions in CaF_2 and SrF_2
掺杂CaF_2与SrF_2中Ce~(3+)离子晶场能级的计算
Coordination field analysis for doped Eu~(3+) ion into crystal YAl_3(BO_3)_4:Eu
掺杂晶体YAB:Eu中Eu~(3+)离子的配位场能级分析
The Influence of Blending the Nanophase Materials Bi_2O_3 to the Function of ZnO Ceramics
掺杂纳米级Bi_2O_3对ZnO压敏陶瓷性能的影响
These impurities affect the way electric current moves through the silicon.
这些杂质能影响通过硅的电流。
The role of dopants and contaminants in degradation cannot be ignored.
杂质和污染对退化的作用不能忽视。