1.
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
2.
The electrons that participate in the conduction process are termed free electrons, which have energies greater than the Fermi energy.
参与导电过程的电子，我们称之为自由电子，其能量高于费米能级。
3.
Average-Bond-Energy and Fermi Level on Metal-Semiconductor Contacts
金属-半导体超晶格中的金属费米能级和半导体平均键能
4.
THE MEASUREMENT OF FERMI ENERGY LEVEL OF ELECTRON IN METAL BY POSITRON ANNIHILATION DOPPLER BROADENING SPECTROMETER
用正电子湮没多普勒增宽谱测量金属中电子的费米能级
5.
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
6.
The amendment of ±5kT energy level width for thermodynamic properties of Fermi surface system
费米面系统热力学性质的±5kT能级宽度修正
7.
enrico fermi atomic power plant
讹科费米原子能电站
8.
Influence of Grain Size on the Fermi Energy and Fermi Velocity of Nanocrystalline Zirconium
纳米结构锆晶粒尺寸对费米能及费米速度的影响
9.
Fermion condensate and Dirac operator determinant with external gauge fields and dynamical fermion self energy
含外规范场和动力学费米子自能的狄拉克算符及费米子凝聚
10.
THE PERFORMANCE ANALYSIS OF A BRAYTON REFRIGERATION CYCLE WORKING WITH A FERMI GAS
费米气体布雷顿制冷循环的性能分析
11.
Inner Cladding Fiber Doped with Nano InP and Its Amplification;
纳米级InP内包层光纤及其放大性能
12.
The Electronic Energy Levels of the Nanostructure InAs/GaAs Quantum Ring;
纳米结构铟砷/镓砷量子环电子的能级
13.
Study on the Secondary Gap of the π Electrons of Single Wall Carbon Nanotubes
单壁碳纳米管π电子次级能隙的研究
14.
Study on Properties and Structures of the Nanoscale MoS_2-based Coatings
纳米级MoS_2基涂层性能及结构的研究
15.
Preparation,characterization and performances of submicron ε-CL-20
亚微米级ε型CL-20的制备、表征与性能
16.
The powers cost to manifest. Talents (0-level powers) cost 1 power point to manifest after a character uses up her allotted free manifestations per day.
展现该异能的费用。天赋异能(零级异能)在每日免费显能次数被用光后每次耗费1点灵能点。
17.
Six foot one, two hundred and twenty pounds, Fisher was built like a heavyweight boxer.
身高1米86，体重100公斤，费蛇耳生的象个重量级拳王。
18.
ZERO ENERGY FERMION IN TOPOLOGICAL NONTRIVIAL SPHERICAL SYMMETRICAL FIELD ON MINKOWSKI SPACE
闵空间拓扑非平庸球对称场中零能费米子