1.
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
2.
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
3.
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
4.
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
5.
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
6.
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)
7.
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
8.
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
9.
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
10.
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
11.
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
12.
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。
13.
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
14.
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
15.
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
16.
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
17.
These impurities affect the way electric current moves through the silicon.
这些杂质能影响通过硅的电流。
18.
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。