Session2 6.Kinematics:力学 7.Free fall motion:自由落体运动 8.Graphical representation of motion:运动图像 9.Projectile motion:抛物运动 10.Forces and dynamics:力与动力学 11.Newton's laws of motion:牛顿力学定律 12.The relationship between force and acceleration:力与加速度的关系 13.Newton's third law:牛顿第三定律 14.Work, energy and power:功、能量与功率 15.Uniform circular motion:匀速圆周运动
Session3 16.Thermal concepts:热学概念 17.Thermal properties of matter:热学性质 18.Kinetic model of an ideal gas:理想气体的动力学模型 19.Thermodynamics:热力学 20.Thermodynamic processes:热力学进程 21.The second law of thermodynamics:热学第二定律
Session4 22.Kinematics of simple harmonic motion:简谐运动力学 23.Energy changes during simple harmonic motion(SHM):简谐运动过程中的能 量转换 24.Forced oscillations and resonance:受迫振动与共振 25.Wave characteristics:波的特性 26.Wave properties:波动性 27.Standing (Stationary) waves:驻波 28.The Doppler effect:多普勒效应 29.Diffraction at a single slit:单缝衍射 30.Resolution:分辨率 31.Polarization:极化 32.Uses of polarization:极化的运用
Session5 33.Electric potential difference, current and resistance:电势差、电流以及电阻 34.Electric circuits:电路
Session6 35.Gravitational force and field:重力与重力场 36.Gravitational potential:重力势 37.Escape speed:逃逸速度 38.Orbital motion:轨道运动 39.Electric force and field:电力与电场 40.Electric potential:电势 41.Magnetic force and field:磁力与磁场 42.Electromagnetic induction:电磁感应 43.Alternating current:交流电 44.Transmission of electrical power:电力传输
Session7 45.Atomic structure:原子结构 46.The quantum nature of light:光的量子性质 47.The wave nature of matter:物质的波动特性 48.Quantum models of the atom:原子的量子模型 49.Nuclear structure:核结构 50.Radioactive decay:放射性衰变 51.Half-life:半衰期 52.Nuclear reactions:核反应
Session8 53.Energy degradation and power generation:能量降级与发电 54.World energy sources:世界能源 55.Fossil fuel power production:化石燃料的产生 56.Nuclear power:核能 57.Solar power:太阳能 58.Hydroelectric power:水力发电 59.Wind power:风能 60.Wave power:波浪发电 61.The greenhouse effect:温室效应 62.Global warming:全球变暖 63.What might happen and what can be done?可能会发生什么?应该做些什么 事?
Session9 64.Analogue and digital signals:模拟信号与数字信号 65.Data capture;digital imaging:数据捕捉与数位成像
Session10 66.Introduction to the universe:宇宙简介 67.Stellar radiation and stellar types:星球的辐射以及星球的种类 68.Light from stars:源自群星的光 69.Types of star:星球的种类 70.Stellar distances:星球间的距离 71.Magnitude:量级 72.Stellar processes and stellar evolution:星球的进程以及演化 73.Cosmology:宇宙论 74.Development of the universe:宇宙的发展
Session11 75.Radio communication:无线电通信 76.Digital signals:数字信号 77.Optic fibre transmission:光纤传输 78.Channels of communication:通信渠道 79.Electronics:电子学 80.The mobile phone system:手机系统
Session12 81.The nature of EM waves and light sources:电磁波的性质与光能 82.X-rays:X射线 83.Two-source interference of waves:波的双源干涉 84.Interference by thin films:薄膜干涉 85.Interference by air wedges:气楔干涉 86.Diffraction grating:衍射光栅 87.X-ray diffraction:X射线衍射 88.Lenses and image formation:透镜以及成像 89.Optical instruments:光学仪器 90.Aberrations:像差
Session13 91.Special relativity:狭义相对论 92.Time dilation:时间膨胀 93.Length contraction:长度收缩 94.Mass and energy:质量与能量 95.General relativity:广义相对论 96.Space-time and black holes:时空与黑洞
Session14 97.The ear and hearing:耳朵与听觉 98.Medical imaging:医学成像 99.Radiation in medicine:药物辐射
Session15 100.Description and classfication of particles:粒子的描述与分类 101.Fundamental interactions:基本的相互作用 102.Particle accelerators:粒子加速器 103.Particle detectors:粒子探测器 104.Quarks:夸克 105.Feynmann diagrams:费因曼图 106.Experimental evidence for the quark and standard models:关于夸克的实验 证据以及标准模型 107.Cosmology and strings:宇宙学与弦论