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- The free electron gas is a kind of representative quantum Fermi gas. 金属的自由电子气是一种典型的量子费米气体.
- The major problem with DFT is that the exact functionals for exchange and correlation are not known except for the free electron gas. DFT理论的主要问题是，除了自由电子气之外，其它体系的交换关联泛函的精确表达式目前是未知的。尽管如此，近似的存在使得对某些物理量的计算相当准确。
- Studies on the Energy of Free Electron Gas in Metal 金属中自由电子气能量的研究
- The Carnot Cycle of the Free Electron Gas 量子卡诺循环
- Fermi Surface of Two-dimensional Square Lattice Free Electron Gas 二维正方格子自由电子气的费米面
- Quantization Heat Capacity of Free Electron Gas Under High Temperature and Balance Weak Magnetic Field 高温均匀弱磁场中自由电子气的量子化热容量
- free electron gas 自由电子气
- Experiment of a Novel Smith-Purcell Free Electron Laser[J]. 引用该论文 陈嘉钰;梁正;张永川;杨梓强.
- Beijing free electron laser with optical klystron configuration[J]. 引用该论文 陈基忠;王明常;冯诚士;周慧芬;王之江.
- The tunability of millimeter wave free electron laser was observed. 观察到了毫米波自由电子激光器的调谐特性。
- Use electronic gas lighter to caramelize sugar. 用电子气体引燃器烧溶糖面,使糖变焦。
- Has a great many free electrons. 铜底板是良导体,它有大量的自由电子。
- Used in VCD, DVD, color-TV, air conditioning electron gas meter circuits etc. 适用于VCD、DVD、彩电、空调、电子电表、电子煤气表等线路中。
- Also present in solids are numbers of free electrons. 固体中也存在大量的自由电子。
- This paper reviews the theory of quantized Hall effect of two-dimensional electron gas in GaAs-Al_xGa_(1-x)As heterojunction at low temperature. 本文综述了GaAs-Al_(?) Ga_(1-())As异质结界面内二维电子气在低温下的量子霍耳效应理论。
- Pulses of radiation are emitted when free electrons in the gas are accelerated by passing ions. 当气体中的自由电子被掠过的离子加速时，将发出辐射脉冲。
- Based on a method of operator and an analysis of Landau engener level, this paper obtains the characteristics of 2D electron gas. 应用算符的方法及通过朗道能级的分析,得出了二维电子气的能级特性,由此通过态密度、简并度的讨论,研究了半导体超晶格量子阱的原理及其广泛的应用。
- Study on GaAs/AlGaAs multiple quantum wells irradiated by free electron laser and OTCS measurement[J]. 引用该论文 邹睿;林理彬;张猛;张国庆;李永贵.
- Also explained are the characteristics of sideband instability in planar free electron lasers. 提供了一种处理平面形和螺旋形自由电子激光边带不稳定性的方法,同时解释了平面形自由电子激光边带不稳定性的特点。
- The method of Gell-Mann and Brueckner for treating electron interactions in a degenerate electron gas is generalized using the Feynman-Dyson techniques of field theory. 大量实验证据说明蛋白质具有高度的柔性，表现出非常复杂的动态行为。最近越来越多的结果证实蛋白质的动态在生物功能中扮演丰富且重要的角色。
