6.1 晶体中电子的运动特征 一. Bloch 电子的准经典描述 二. 波包与电子速度 三. 电子的准动量 四. 电子的加速度和有效质量 6.2 在恒定电场作用下电子的运动 一.在 k 空间中的运动图象 二.在实空间中的运动图象 6.3 导体、绝缘体和半导体的能带论解释 一.满带电子不导电 二.未满带电子导电 三.近满带和空穴导电 四.导体、绝缘体和半导体

4.3 金属的热容和顺磁磁化率 一. 自由电子的热容 二. 自由电子的顺磁磁化率 4.4 金属的电导率和热导率 一. 金属的电导率 二. 金属的热导率 三. Wiedemann-Franz 定律

6.1 Electron-deficient multi-center bonds 6.2 Chemical bonds in the coordination compounds 6.3 Prediction of structural features of inorganic iono-covalent compounds with tetrahedral anion complexes 6.4 Transition-metal cluster compounds 6.5 Carbon clusters and nanotubes 6.6 Hydrogen Bonding

Nature Chemistry：Quadruple bonding in C2 and analogous eight-valence electron species

《量子力学》课程教学资源（学习资料）The discovery of electron waves

《量子力学》课程教学资源（学习资料）The wave nature of the electron

13.6 The Energetics of Chemolithotrophy 13.7 Hydrogen Oxidation 氢的氧化 13.8 Oxidation of reduced sulfur compounds 还原态硫的氧化 13.9 Iron Oxidation 铁氧化 13.10 Nitrifying bacteria 硝化细菌 13.11 Anammox Major Biosyntheses: Autotrophy and Nitrogen Fixation 13.12 Autotrophic CO2 fixation: The Calvin cycle卡尔文循环固定CO2 13.13 Autotrophic CO2 fixation: Other autotrophic pathways in phototrophs 13.14 Nitrogenase and nitrogen fixation 固氮酶与固氮作用

13.15 Fermentations: Energetic and redox consideration 13.16 Fermentative Diversity 13.17 Fermentations lacking substrate level phosphorylation 13.18 Anaerobic respiration: : General Principles 13.19 Nitrate reduction and Denitrification硝酸还原与反硝化 13.20 Sulfate Reduction 硫还原 13.21 Methanogenesis 产甲烷过程 13.22 Other Electron Acceptors

4.1 Microbial Nutrition 4.2 Culture media培养基 4.3 Laboratory Culture of Microorganisms 4.4 Bioenergetics 生物能学 4.5 Oxidation-reduction (redox) 4.6 NAD as a Redox Electron Carrier

3.1 Light Microscopy 3.2 Three-Dimentsional Imaging: Interference Contrast, Atomic Force, and Confocal Scanning 3.3 Electron Mciroscopy 3.4 Cell Morphology and the Significance of Being Small