1 General Knowledge of Chemistry and Chemical Engineering
1.1 CHEMISTRY AND CHEMICAL ENGINEERING
1.2 ACIDS, BASES AND SALTS
1.3 THE PERIODIC LAW
1.4 ELEMENTS, COMPOUNDS AND MIXTURES
1.5 METALS, NONMETALS AND METALLOIDS
1.6 CHEMICAL EQUILBRIUM
1.7 ENERGY AND CHEMICAL ENERGY
1.8 CHEMICAL BONDS
1.9 TYPES OF CHEMICAL EQUATIONS
1.10 ENTHAIPY, ENTROPY AND GIBBS FREE ENERGY
1.11 FRIEDEL-CRAFTS ALKYLATION: PREPARATION OF 4,4'-Di-t-BUTYLBIPHENYL
1.12 THE PREAPARATION OF FERRY [ BIS (CYCLOPENTADIENYL) IRON(Ⅱ)]
2 Some Basic Chemical Theories
2.1 DALTON' S ATOMIC THEORY
2.2 VALENCE BOND THEORY
2.3 THE KINETIC THEORY OF GASES
2.4 COLLISION THEORY AND REACTIONISMS
2.5 REACTIVE INTFERMEDIATES OF ORGANIC REACTIONS
2.6 TYPES OF ORGANIC REACTION
2.7 FREE RADICAL REACTIONS
2.8 LAWS OF THERMODYNAMICS
3 Some Techniques of Chemistry and Chemical Engineering
3.1 FLUID FLOW
3.2 MOMENTUM, HEAT AND MASS TRANSFER
3.3 PROCESS DESIGN
3.4 REACTOR TYPES
3.5 MEMBRANES AND MEMBRANE PROCESSES
3.6 PROCESS SELECTION
4 Instrumental and Chemical Analysis Methods
4.1 INTRODUCTION TO INSTRUMENTAL METHODS
4.2 ELECTROMAGNETIC RADIATION
4.3 MOLECULE SPECTROSCOPY
4.4 IR AND RAMAN SPECTROSCOPY
4.5 INTRODUCTION TO ELECTROANALYTICAL METHODS OF ANALYSIS
4.6 THERMAL ANALYSIS
5 Nomenclature
5.1 NOMENCLATURE OF INORGANIC