Analytical Chemistry for Engineering课程列表：

Section 1— Error Analysis and Statistical Analysis of Data

-1.1 Error Analysis

--1.1-1 Generation and reduction of errors

--1.1-2 Characterizing experimental errors

--Exercises for 1.1

-1.2 Statistical Processing of Data

--1.2-1 Identify random error and gross error

--1.2-2 Identification of systematic errors

--Exercises for 1.2

-1.3 Significant Figures and Measurement Error

--1.3 Significant figures and measurement error

--Exercises for 1.3

-Quiz for Section 1

-The discussion topic for Section 1

Section 2 — Chemical Analysis

-2.1 Overview of Titration Analysis

--2.1-1 Overview of titration analysis

--Exercises for 2.1

-2.2 Chemical Equilibrium

--2.2-1 Acid-base equilibrium——1 Distribution fractions for weak acid/base

--2.2-1 Acid-base equilibrium——2 pH calculations of aqueous solutions

--2.2-2 Complexation equilibrium

--2.2-3 Oxidation-reduction equilibrium

--2.2-4 Precipitation-dissolution equilibrium

--Exercises for 2.2

-2.3 Titration Curve

--2.3-1 Acid-base titration curve

--2.3-2 Complexation titration curve

--2.3-3 Redox and precipitation titration curve

--Exercises for 2.3

-2.4 Indicators for Titration Analysis

--2.4-1 Acid-base indicator

--2.4-2 Metallochromic indicator

--2.4-3 Indicators for redox and precipitation titration

--Exercises for 2.4

-2.5 Application of Titration Analysis

--2.5-1 Application of acid-base titration

--2.5-2 Application of complexation titration

--2.5-3 Application of redox titration

--Exercises for 2.5

-Quiz for Section 2

-The discussion topic for Section 2

Section 3 — Electrochemical Analysis

-3.1 Potentiometric Analysis

--3.1-1 Potentiometric Analysis—Direct potentiometry

--3.1-2 Potentiometric Analysis—Potentiometric titration

--Exercises for 3.1

-3.2 Voltammetry

--3.2-1 Voltammetry—Classical Polarography

--3.2-2 Voltammetry—Single sweep polarography and cyclic voltammetry

--Exercises for 3.2

-Quiz for Section 3

-The discussion topic for Section 3

Section 4 — Spectroscopy Analysis

-4.1 Overview of Spectroscopic Methods

--4.1. Overview of Spectroscopic Methods

--Exercises for 4.1

-4.2 Absorption Spectroscopy

--4.2-1. Absorption spectroscopy—Quantitative analysis—1. Lambert-Beer's law

--4.2-1. Absorption spectroscopy—Quantitative analysis—2. Parameter selection of photometric measurement

--4.2-2. Absorption spectroscopy—Methods—1. UV-Vis spectrophotometry

--4.2-2. Absorption spectroscopy—Methods—2. IR spectroscopy

--4.2-2. Absorption spectroscopy—Methods—3. Atomic absorption spectroscopy

--4.2-3. Absorption spectroscopy—Instruments

--Exercises for 4.2

-4.3 Emission Spectroscopy

--4.3-1. Emission spectroscopy—Molecular fluorescence and atomic emission

--4.3-2. Emission spectroscopy—Emission spectroscopy instruments and quantitative analysis

--Exercises for 4.3

-Quiz for Section 4

-The discussion topic for Section 4

-A published paper that used many spectroscopy methods

Section 5 — Chromatographic Analysis

-5.1 Process of Chromatographic Analysis

--5.1 Process of Chromatographic Analysis

--Exercises for 5.1

-5.2 Qualitative and Quantitative Analysis of Chromatography

--5.2 Qualitative and Quantitative Analysis of Chromatography

--Exercises for 5.2

-5.3 Gas Chromatography

--5.3 Gas Chromatography

--Exercises for 5.3

-5.4 Liquid Chromatography Analysis

--5.4 Liquid chromatography analysis

--Exercises for 5.4

-Quiz for Section 5

-The discussion topic for Section 5

Final exam

-Final exam

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