美国麻省理工大学：《Aerospace Dynamics（航空动力学）》英文版 lecture 11

一、自由基聚合反应微观动力学方程 推导微观动力学方程的基本假设

Spring 2003 Derivation of lagrangian equations Basic Concept: Virtual Work Consider system of N particles located at(, x2, x,,.x3N )with 3 forces per particle(f. f, f..fn). each in the positive direction

2.7 双共振（Double resonance） 2.8 核磁共振中的动力学现象 2.9 核磁共振氢谱的解析

Spring 2003 Example Given: Catapult rotating at a constant rate(frictionless, in the horizontal plane) Find the eom of the particle as it leaves the tube

CoRIoLIS ACcELERAT0 EMYSTIF∈p CONSIOER CASE oF CONSTANT ROTA ToN.No AT0 N OF MME⊙AGUA,ANDc°srAT RADIAL VELOCITY ( As sEEN IN THE RomTIwG

第一节固相反应类型 第二节固相反应机理 第三节固相反应动力学 第四节影响固相反应的因素

第一节药物的基本作用 第二节药物剂量与效应关系 第三节药物与受体

FURTHER BASICS 5-1 · LINEAR MOMENTUM m NEWTON'S LAW ∴F=P ow TAKE THE MOMENT OF MDMENTUM ANGULAR MOMENTUM MUST EXPLICITLY OEFINE

NEWTONs L丹WS ① BoDY CoNTINUES玉 N TTS STATE OF MOT(0N DR REST UNLESS FORCED DI RECTIoNs IMPoRTA. 儿L M5T3 E AN NIERT升L ACELERATION