1、熟悉固体化学的定义; 2、掌握固体化学的研究内容; 3、熟悉固体化学发展的前沿领域

第一节 工业固体废物的收集、运输 第二节 城市垃圾的收集、运输 第三节 固体废物的压实

一、固体表面的特征 二、晶体表面结构 三、固体的表面能

《固体废物处理与处置》是环境工程专业的一 门专业主干课程。学习本课程前，应预修《普通化 学》、《有机化学》、《化工原理》等基础课程。 本课程介绍国内、外固体废物处置的现状及发展趋 势，全面、系统地阐述固体废物，尤其是城市生活 垃圾资源化与无害化处理处置技术以及相应的法规 与标准。通过本课程的学习，使学生掌握固体废物 及城市固体废物的资源化与无害化处理技术与方法， 并能熟练地应用相应法规与标准对城市固体废物进 行管理

Three Ways to Describe Crystal Structures Three Structural sketches of P4O10 molecules: (a)Stick-ball model：showing that the P-O chemical bond is the tetrahedral coordination and sp3 covalent bonds

Characteristics of Solids Bonding Electrons in Solids Band Theory Defects Semiconductor Classification of Solids There are several forms solid state materials can adapt

Scopes of Solid State Synthesis Solids: crystals, fibers, films, foams, ceramics, powders, nanoparticles, morphology Direct reaction Crystallization: solution, melt, glass, sol-gel

Non-linear optical properties Photoluminescence Optical Materials Non-linear optical materials play an important role in data transmission and storage

Characteristic of Superconductors Applications Important Superconductors What Is a Superconductor? A superconductor is an element, inter￾metallic alloy, or compound that will conduct electricity without resistance below a certain temperature

Photoelectricity Semiconductors Historical Timelines Semiconductor Products are Proliferating