fermi energy meaning in English
费米能级
费米能阶
费米能量
费密能
Examples
- Pinning theory of fermi energy and surface state measurement of znsno3 gas sensitive material
3气敏材料表面态测定 - It ' s around the fermi energy grade that the state densities were the greatest in y - mno2 , limn2o4 and li2mn2o4 , indicating that three kinds of materials were suitable to intercalation and deintercalation of lithium ion
在( - mno2 、 limn2o4和li2mn2o4三种材料中，都是费米能级周围的态密度最大，表明三种电极材料容易得到或失去电子。 - The ab initio calcu1ation by selecting cluster mode1 with different size showed that with the decrement of model size the quantum - sized effect was more prominence , the energy distance was bigger near fermi energy , the energy schism was also more obvious
选取不同尺度的簇模型从头计算表明，随着尺度的减小量子尺寸效应越发显著，费米能级附近的能级间隔变大，能级分立现象更加明显。 - In addition , the specific heat c have been manipulated under control of dimensionality , i . e the chemical potential have been discussed in lower - dimension system . the results is interesting that , dose not intend to fermi energy f when temperature is very low in 2d , whereas is a constant in 1d
对于低维情况的化学势的讨论，我们得到：在二维情况下，当温度很低时，化学势不再趋于fermi能量；在一维情况下，为常数(谐振子势场的频率一定) 。 - Partial substitution of manganese in lixmn204 by cobalt or lithium can reduce the fermi energy , increase the . net charge of lithium ion , and diminish the value band width , corresponding to the drop of the discharge voltage , the loss of the reversible capacity , and the improvement of the cycling performance due to increasing structural stability , respectively
在limn2o4中掺入钴和用锂离子代替16d位锰离子将使材料的费米能减小，放电电压降低；掺杂态中部分锂离子的净电荷增大，锂离子与氧离子的相互作用增强，可逆容量降低；掺杂态的价带宽度变窄，结构的稳定性增加，从而改善循环性能。