【中英双语】密歇根大学 火箭科学基础：从牛顿定律到登陆火星

Parts

1. P1 · [中文] 欢迎来到火箭科学101
2. P2 · [中文] 位置、速度与加速度
3. P3 · [中文] 什么是向量
4. P4 · [中文] 弹道运动
5. P5 · [中文] 牛顿三定律
6. P6 · [中文] 动量为什么重要
7. P7 · [中文] 一切都是相对的
8. P8 · [中文] 推力基础
9. P9 · [中文] 火箭方程导论
10. P10 · [中文] 火箭为什么要分级
11. P11 · [中文] 加餐：V2与现代弹道导弹
12. P12 · [中文] 轨道的基本概念
13. P13 · [中文] 开普勒定律
14. P14 · [中文] 太阳系里我们住在哪①
15. P15 · [中文] 太阳系里我们住在哪②
16. P16 · [中文] 什么是逃逸速度
17. P17 · [中文] 逃逸 vs 降落
18. P18 · [中文] 轨道有哪些类型
19. P19 · [中文] 加餐：轨道演示
20. P20 · [中文] 霍曼转移绕太阳
21. P21 · [中文] 为什么不把垃圾扔进太阳
22. P22 · [中文] 拉格朗日点是什么
23. P23 · [中文] 去火星
24. P24 · [中文] 加餐：太阳同步轨道
25. P25 · [中文] 质量流量 vs 排气速度
26. P26 · [中文] 排气速度的化学与物理
27. P27 · [中文] 如何给火箭定尺寸
28. P28 · [中文] 喷气发动机基础
29. P29 · [中文] 用喷气发动机的载具
30. P30 · [中文] 太空的边界在哪里
31. P31 · [中文] 固体发动机基础
32. P32 · [中文] 固体药柱几何
33. P33 · [中文] 再谈助推器
34. P34 · [中文] 液体发动机基础
35. P35 · [中文] 喷管冷却与涡轮泵
36. P36 · [中文] 喷管设计
37. P37 · [中文] 加餐：怎么选发动机
38. P38 · [中文] 等离子体入门
39. P39 · [中文] 等离子体推进器
40. P40 · [中文] 能用大炮打上太空吗
41. P41 · [中文] 大炮方案的数学
42. P42 · [中文] 能用激光上太空吗
43. P43 · [中文] 核动力引擎入门
44. P44 · [中文] 放射性同位素热电发电机
45. P45 · [中文] 混合发动机
46. P46 · [中文] 其他引擎设计
47. P47 · [中文] 去火星：一种视角
48. P48 · [中文] 去火星：还能怎么更好
49. P49 · [中文] 加餐：去火星的数学
50. P50 · [中文] 本周回顾：火箭科学基础
51. P51 · [英文] Welcome to Rocket Science 101
52. P52 · [英文] Position, Velocity and Acceleration
53. P53 · [英文] What is a Vector?
54. P54 · [英文] Ballistic Motion
55. P55 · [英文] Newton's 3 Laws
56. P56 · [英文] What is Momentum and Why does it Matter?
57. P57 · [英文] Everything is Relative
58. P58 · [英文] The Basics of Thrust
59. P59 · [英文] Introduction to the Rocket Equation
60. P60 · [英文] Why do Rockets have Stages?
61. P61 · [英文] Bonus: The V2 First Modern Ballistic Missile
62. P62 · [英文] The Fundamental Concepts of an Orbit
63. P63 · [英文] Kepler's Laws
64. P64 · [英文] Our Place in the Solar System Part 1
65. P65 · [英文] Our Place in the Solar System Part 2
66. P66 · [英文] What is Escape Velocity
67. P67 · [英文] Escaping vs Landing
68. P68 · [英文] A Lot of Types of Orbits Are Out There
69. P69 · [英文] Bonus: Orbit Demonstration
70. P70 · [英文] Hohmann Transfers to Circle the Sun
71. P71 · [英文] Why Don't We Throw Garbage into the Sun?
72. P72 · [英文] Lagrange Points: What Are They?
73. P73 · [英文] Getting to Mars
74. P74 · [英文] Bonus: Sun Synchronous Orbits
75. P75 · [英文] Mass Flow Rate vs Exhaust Velocity
76. P76 · [英文] Chemistry and Physics of Exhaust Velocity
77. P77 · [英文] Sizing a Rocket
78. P78 · [英文] Basics of Jet Engines
79. P79 · [英文] Vehicles that Use Jet Engines
80. P80 · [英文] Where is the Edge of Space?
81. P81 · [英文] Basics of Solid Engines
82. P82 · [英文] Solid Engine Grain Patterns
83. P83 · [英文] More on Boosters
84. P84 · [英文] Basics of Liquid Engines
85. P85 · [英文] Cooling the Bell + Pumps
86. P86 · [英文] Nozzle Designs
87. P87 · [英文] Bonus: Choosing the Right Engine
88. P88 · [英文] Introduction to Plasmas
89. P89 · [英文] Plasma Thrusters
90. P90 · [英文] Can we Use a Big Gun to Get to Space?
91. P91 · [英文] The Math of a Big Gun
92. P92 · [英文] Can we Use a Laser to Get to Space?
93. P93 · [英文] A Primer to Nuclear Engines
94. P94 · [英文] Radioisotope Thermoelectric Generators
95. P95 · [英文] Hybrid Engines
96. P96 · [英文] Other Engine Designs
97. P97 · [英文] Going to Mars: One of the Perspectives
98. P98 · [英文] Going to Mars: What Could We Do Better?
99. P99 · [英文] Bonus: Going to Mars Working Through the Math
100. P100 · [英文] A Look Back on Basics of Rocket Science