➢ 知识目标： 1、了解新能源汽车与传统燃油车的动力系统的区别； 2、掌握各类新能源汽车动力系统的组成。 ➢ 能力目标： 能说出电动汽车动力系统与传统汽车的区别。 ➢ 素质目标： 1、培养学生自主学习、查找资料、制定计划的能力； 2、培养学生具备从事汽车行业工作的职业素养

功 work 功率 power 保守力 conservation force 非保守力 nonconservative force 动能 kinetic energy

The different arrangements of atoms caused by rotation about a single bond are called conformations (构象)of the molecule, and a specific conformation is called a conformer (构象异构体, conformation isomer). An analysis of the energy changes that a molecule undergoes as groups rotate about single bonds is called a conformational analysis (构象分析)

Quinones are an interesting and valuable class of compounds because of their oxidation-reduction, or redox, properties. The redox properties of quinones are important to the functioning of living cells, where compounds called ubiquinones(泛醌) act as biochemical oxidizing agents to mediate the electro-transfer processes involved in energy production

Continuity Conditions at The Interface Potential Energy Forces on Conductors In The Presence Of Dielectrics Forces On Dielectrics Displacement Current Frequency and Temperature Dependence,Anisotropy

Forces on a Wire Carrying a Currentin a Magnetic Field Magnetic Pressure Magnetic Energy Denisity Magnetic Forces btwn Two ElectricCurrents Magnetic Forces Within an IsolatedCircuit

￾ 单电子近似的基本思想 ￾ 布洛赫定理 ￾ 金属自由电子的空晶格模型 ￾ 能带的一般性 ￾ 电子在外场中的运动 ￾ 金属、半导体、绝缘体能带的差别 一、基本内容 二、学习要点 熟练掌握以下内容 ￾ 布洛赫定理及能带的一般性 ￾ 能带的起因的物理解释，能带的一般特点 ￾ 固体导电性与能带结构的关系

Jimmy Carter: \Energy and the National Goals - A Crisis of Confidence\ Good Evening: This a special night for me. Exactly three years ago, on July 15, 1976, I accepted the nomination of my party to run for President of the United States. I promised you a President who is not isolated f rom the people, who feels your pain, and who shares

（一）名词解释 1． 生物氧化（biological oxidation） 2． 呼吸链（respiratory chain） 3． 氧化磷酸化（oxidative phosphorylation） 4． 磷氧比 P/O（P/O） 5． 底物水平磷酸化（substrate level phosphorylation） 6． 能荷（energy charge）：

分布式燃气冷热电联供系统（DES/CCHP）是一种建立在能量梯 级利用概念基础上，以天然气为一次能源，同时产生电能和可用热 （冷）能的分布式供能系统。 作为能源集成系统（Integrated Energy Systems），冷热电联供 系统按照功能可分成三个子系统：动力系统（发电）、供热系统（供 暖、热水、通风等）和制冷系统（制冷、除湿等）