3.1菲涅耳公式 3.2反射率透射率 3.3反射光的相位变化 3.4反射光的偏振态 3.5全反射时的透镜场一隐失波 3.6近场扫描光学显微镜 3.1费涅耳公式

2.1光是一种电磁波 2.2定态光波复振幅描述 2.3波前函数 2.4球面波向平面波的转化 2.5光波干涉引论 2.6两个点源的干涉场杨氏实验 2.7两束平行光的干涉场 2.8光波衍射引论 2.9圆孔和圆屏菲涅耳衍射 2.10波带片 2.11单缝夫琅禾费衍射 2.12矩孔和三角孔夫琅禾费衍射

1.1惠更斯原理 1.2折射率 1.3光程 1.4费马原理 1.5费马原理与成像 1.6自然变折射率 1.7人工变折射率强光变折射率 1.8光线方程 1.9评述费马原理

课程简介 本光学课程系统而深入地论述了从经典波动光学到 现代变换光学的基本概念和规律、典型现象和重要应用、 以及诸多方面的新进展

A practical \blue-collar science initially concerned with economics industry, real life problems DYNAMICS--Concerned with the concepts of energy transfers between a system and its environment and the resulting

Chap. 14: Energy in Thermal Processes Solids, liquids or gases have internal energy t Kinetic energy from random motion of molecules translation rotation vibration

Temperature: measure of the motion of the individual atoms and molecules in a gas liquid or solid related to average kinetic energy of constituents High temperature: constituents are moving around energetically

The Simple Pendulum A pendulum is made by suspending a mass m at the end of a string of length L Find the frequency of oscillation for small displacements mg

Today' s topics Fluids in motion Bernouilli’ s equation Viscous fluids Simple oscillations

At ordinary temperature, matter exists in one of three states Solid- has a shape and forms a surface Liquid- has no shape but forms a surface Gas-has no shape and forms no surface What do we mean by“ fluids”? F| uids are“ substances that flow