￾ 半导体载流子的有效质量 ￾ 杂质半导体 ￾ 热平衡载流子分布 ￾ 半导体的光吸收 ￾ 半导体界面特性 ￾ 典型半导体材料的能带结构 主要内容 学习提示 以下问题是难点，须认真学习和体会 ￾ 有效质量的物理意义 ￾ 杂质对半导体费米能级及导电性的影响 ￾ 半导体界面特性

§7.1原子核的基本性质(原子核、核素图) §7.2核的基态特性之一：核质量 §7.3核力 §7.4核的基态特性之二：核矩 §7.5核模型 §7.6放射性衰变的基本规律 §7.7α衰变 §7.8 β衰变 §7.9γ衰变 §7.10核反应(裂变与聚变)

§1 高聚物分子运动的特点 §2 高聚物的力学状态和热转变 §3 高聚物的玻璃化转变 §4 高聚物的次级松弛 §5 高聚物的粘性流动

高分子材料的重要性 高分子科学的发展简史 “高分子物理”的研究对象及目的

一、什么是物理视图 二、物理视图包含哪些图 三、如何应用物理视图中的各种图

Collisions: All around us (cars, buses) Grand astronomical scale (stars, galexies) Nuclear, atomic and molecular physics The impulse-momentum theorem relates the change in the momentum of a system to the total force on it and the time interval during which this total forces acts

[1] Abramowitz, M., and Stegun, I., Handbook of Mathematical Functions, Dover Pub￾lications, New York, 1965. [2] Adair, R., Concepts in Physics, Academic Press, New York, 1969. [3] Anderson, J., and Ryon, J., Electromagnetic Radiation in Accelerated Systems, Physical Review, vol. 181, no. 5, pp. 1765–1775, May 1969

I．Choose the Correct Answer 1. An object is moving in a circle at constant speed v. The magnitude of the rate of change of momentum of the object （ C ）

1.2.1经典物理学概念面临的窘境(an emba- rrassment of the concepts of the classical physics) 1.2.2波的微粒性(particle like wave) 1.2.3微粒的波动性(wave-like particle)

I. Choose the Correct Answer 1. An object moves in the xy plane with an acceleration that has a positive x component. At time=0 the object has a velocity given by=3i +0j. What can be concluded about the y component of the acceleration?