Notes
  • Notes
  • 恒星结构与演化
    • Chapter 7. Equation of State
    • Chapter 3. Virial Theorem
    • Chapter 11. Main Sequence
    • Chapter 4. Energy Conservation
    • Chapter 12. Post-Main Sequence
    • Chapter 2. Hydrostatic Equilibrium
    • Chapter 6. Convection
    • Chapter 9. Nuclear Reactions
    • Chapter 10 Polytrope
    • Chapter 8. Opacity
    • Chapter 14. Protostar
    • Chapter 13. Star Formation
    • Chapter 5. Energy Transport
  • 天体光谱学
    • Chapter 6 气体星云光谱
    • Chapter 5 磁场中的光谱
    • Chapter 7 X-射线光谱
    • Chapter 3 碱金属原子
    • Chapter 1 光谱基础知识
    • Chapter 9 分子光谱
    • Chapter 4 复杂原子
    • Chapter 2 氢原子光谱
  • 物理宇宙学基础
    • Chapter 2 Newtonian Cosmology
    • Chapter 1 Introduction
    • Chapter 5* Monochromatic Flux, K-correction
    • Chapter 9 Dark Matter
    • Chapter 10 Recombination and CMB
    • Chapter 8 Primordial Nucleosynthesis
    • Chapter 7 Thermal History of the Universe
    • Chapter 6 Supernova cosmology
    • Chapter 5 Redshifts and Distances
    • Chapter 4 World Models
    • Chapter 3 Relativistic Cosmology
  • 数理统计
    • Chapter 6. Confidence Sets (Intervals) 置信区间
    • Chapter 1. Data Reduction 数据压缩
    • Chapter 7. Two Sample Comparisons 两个样本的比较
    • Chapter 3. Decision Theory 统计决策
    • Chapter 4. Asymptotic Theory 渐近理论
    • Chapter 5. Hypothesis Testing 假设检验
    • Chapter 9. Linear Models 线性模型
    • Chapter 10 Model Selection 模型选择
    • Chapter 2. Estimation 估计
    • Chapter 11 Mathematical Foundation in Causal Inference 因果推断中的数理基础
    • Chapter 8. Analysis of Variance 方差分析
  • 天体物理动力学
    • Week8: Orbits
    • Week7: Orbits
    • Week6: Orbits
    • Week5: Orbits
    • Week4: Orbits
    • Week3: Potential Theory
    • Week2
    • Week1
  • 天体物理吸积过程
    • Chapter 4. Spherically Symmetric Flow
    • Chapter 2. Fluid Dynamics
    • Chapter 5. Accretion Disk Theory
    • Chapter 3. Compressible Fluid
  • 天文技术与方法
    • Chapter1-7
  • 理论天体物理
    • Chapter 6 生长曲线的理论和应用
    • Chapter 5 线吸收系数
    • Chapter 4 吸收线内的辐射转移
    • Chapter 3 恒星大气模型和恒星连续光谱
    • Chapter 2 恒星大气的连续不透明度
    • Chapter 1 恒星大气辐射理论基础
  • 常微分方程
    • 线性微分方程组
    • 高阶微分方程
    • 奇解
    • 存在和唯一性定理
    • 初等积分法
    • 基本概念
  • 天体物理观测实验
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天体物理吸积过程

2020年秋季学期

讲授人:Kohei Inayoshi

目录:

To be continued...

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Last updated 4 years ago