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非top2的普通本科生，从不认为自己平庸，就算和那些走过燕园的人相比。学校教材是傅老。我也想找到我自己。在刷atkins物化和march高有。英文底子其实不好，有人同行否？

非top2的普通本科生，从不认为自己平庸，就算和那些走过燕园的人相比。学校教材是傅老。我也想找到我自己。在刷atkins物化和march高有。英文底子其实不好，有人同行否？

atkins之所以叫Atkins是有道理的，虽然有不少写错的东西。 前面的講解合理，更可貴的是書後的習題。不僅講題目分了等級而且還化用了很多paper作為習題的同時給出了出處～ 太妙了 2019年：看了部分章节有点混乱，原理还没讲完就忽然开始将实验了，但总体上是好的

#来点儿专业书#（凑数

非top2的普通本科生，从不认为自己平庸，就算和那些走过燕园的人相比。学校教材是傅老。我也想找到我自己。在刷atkins物化和march高有。英文底子其实不好，有人同行否？

Thermodynamics: 0th Law (T), 1st Law (U), 2nd Law (S), 3rd Law (Gives numerical value to entropy) Systems can be: • Open: Mass and Energy can transfer between the system and the surroundings. • Closed: Energy can transfer. • Isolated: Neither Mass ...

Thermodynamics: 0th Law (T), 1st Law (U), 2nd Law (S), 3rd Law (Gives numerical value to entropy) Systems can be: • Open: Mass and Energy can transfer between the system and the surroundings. • Closed: Energy can transfer. • Isolated: Neither Mass ...

Thermodynamics: 0th Law (T), 1st Law (U), 2nd Law (S), 3rd Law (Gives numerical value to entropy) Systems can be: • Open: Mass and Energy can transfer between the system and the surroundings. • Closed: Energy can transfer. • Isolated: Neither Mass ...

Thermodynamics: 0th Law (T), 1st Law (U), 2nd Law (S), 3rd Law (Gives numerical value to entropy) Systems can be: • Open: Mass and Energy can transfer between the system and the surroundings. • Closed: Energy can transfer. • Isolated: Neither Mass ...

Thermodynamics: 0th Law (T), 1st Law (U), 2nd Law (S), 3rd Law (Gives numerical value to entropy) Systems can be: • Open: Mass and Energy can transfer between the system and the surroundings. • Closed: Energy can transfer. • Isolated: Neither Mass ...