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- However, the Fermi energy move upward obviously after Mg replacing Cu. 而后者掺杂后费米能级明显向导带底移动。
- 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。
- The numerical results demonstrate that the Coulomb repulsion between the localized electrons does cause a universal gap in the single-electron density of states near the Fermi energy whose form is in reasonable agreement with our scaling predictions. 数值结果表明：库仑排斥确实导致了库仑能隙的普遍存在，单电子态密度在费米能级附近的渐近行为很好地符合我们的分析预测。
- The average Fermi energy limit for 6k points is-12.45eV. The band gap at the edge of the first Brillouin Zone is 2.31eV. It shows that cellulose trinitrate has an electric conductivity similar to a semiconductor. 六个k点下的平均Fermi能界为-12.;45eV。 在第一Brillouia区边缘的带隙为2
- The emission intensity is given by the absorptance of the volume in which there is a difference of the quasi Fermi energies. 辐射强度由存在准费米能级差的体积的吸收率决定。
- FERMI ENERGY LEVEL OF AMORPHOUS SEMICONDUCTORS 非晶态半导体的费米能级
- A difference of the Fermi energies may result from the absorption of external light (photoluminescence) or from the injection of electrons and holes via selective contacts (electroluminescence). 费米能级差可能源自对外来光源的吸收（光致发光），也可能来自选择性接触形成的电子和空穴注入（电致发光）。
- The Fermi Energy of Two- dimensional Electron Gas in Quantum Well 量子阱中二维电子气的费密能量
- 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
- It is possible to transmute one form of energy into another. 把某种形态的能量改变成另一形态的能量是可能的。
- Young people usually have more energy than the old. 青年人通常比老年人精力充沛。
- The industry felt the effects of the energy crisis. 该工业受到能源危机的影响。
- I rallied all my energy for further effort. 我振作精神以做再次的努力。
- Kinetic energy is the energy arising from motion. 动能就是由于运动而产生的能量。
- Solar energy is a new kind of source of energy. 太阳能是一种新型能源。
- It is important to conserve energy. 节省能源十分重要。
- Nuclear energy remains a double-headed creature. 核能依然是一种有利也有弊的能原。
- As a matter of fact, light is a form of energy. 其实，光是能的一种形式。
- The move water have mechanical energy. 流动的水拥有机械能。
- Who discovered the conservation of energy? 谁发现了能量守恒？
