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Analytical Chemistry serving as the "scientific eyes" can help us understand the essence of the physical world.

Analytical Chemistry课程目录：

Chapter 1 Introduction of Analytical Chemistry

--1.1 What is Analytical Chemistry?

--1.2 Let's guess what are they doing?

Chapter 2 Sampling and pretreatment of analytical samples

--2.1 Sampling and preparation of solid samples

--2.2 Sampling and preparation of liquid samples

--2.3 Pretreatment of analytical samples

Chapter 3 Data analysis

--3.1 Analytical error

--3.2 Significant figure convention

Chapter 4 Introduction of titrimetric analysis

--4.1 Overview of titrimetric analysis

--Looking for experimental errors

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--Professional production-practice in 2018

Chapter 5 Acid-base titration

--5.1 Brønsted-Lowry acid-base theory

--5.2 Acid-base equilibrium in aqueous solution

--5.3 Effect of acidity on distribution of dissociated species of weak acid/base

--5.4 Calculation of H+ concentration in acid/base solution

--5.5 Acid-base buffer solution

--5.6 Buffer capacity

--5.7 Acid-base titration curve

--5.8 Factors influencing the titration jump

--5.9 Acid-base indicator

--5.10 Analysis of alkali mixture

-- Explanation of exercises

Chapter 6 Complexometric titration

--6.1 Ethylenediaminetetraacetic Acid（EDTA）

--6.2 Formation constants and complexes

--6.3 Side reaction and conditional formation constant

--6.4 Complexometric titration curve

--6.5 Metallochromic indicator

--6.6 Titration errors and the conditions for the accurate complexometric titration

--Explanation of exercises

Chapter 7 Redox titration

--7.1 Conditional potential

--7.2 Redox titration curve

--7.3 Potassium permanganate titration

--7.4 Potassium Dichromate titration

--7.5 Iodine titration

--Explanation of exercises

Chapter 8 Precipitation titration

--8.1 Precipitation titration

Chapter 9 Gravimetry

--9.1 Solubility (Ⅰ)

--9.2 Solubility (Ⅱ)

--9.3 Factors affecting solubility

--9.4 Precipitation type and formation mechanism

--9.5 Factors affecting the purity of precipitation

--9.6 Selection of precipitation conditions

Chapter 10 Spectrophotometry

--10.1 Principle of spectrochemical analysis (Ⅰ)

--10.2 Principle of spectrochemical analysis (Ⅱ)

--10.3 Principle of Instrumentation

--10.4 Standard curve method

--10.5 Error in spectrophotometry

Final exam

--Final exam

Analytical Chemistry授课教师：

聂瑾芳-教授-桂林理工大学-化学与生物工程学院

聂瑾芳，女，教授，硕士研究生导师。2010年获湖南大学分析化学专业博士学位。2014年至2015年，在英国牛津大学化学系进行博士后研究。主要从事生物传感及化学计量学等领域的研究工作，在纸芯片制备及应用、免仪器定量分析、分子识别、纳米探针合成、信号转换/放大机制调控、多维数据解析算法开发、复杂体系分析等方面积累了较为丰富的研究经验。