CHEM220 Analytical Chemistry 2006 (CORE) DALIAN UNIVERSITY OF TECHNOLOGY
Document Actions
|
|
(C.O.R.E.) DALIAN UNIVERSITY OF TECHNOLOGY
Instructors:
Baojun Ding ,Yuzhen Pan , Yan Su , Huimin Guo
Course Home Click Here |
Image courtesy of Dalian University of Technology.
Course Description
Analytical chemistry is one of the basic courses for the majors of chemistry, chemical engineering, etc. Students should know the development of analytical chemistry and master the fundamental principles and technologies of analytical methods after learning the qualitative analytical methods and their principles, principles of spectroscopy, the basic knowledge of inducing the structure of organic compounds and so on. Learning the course also helps the students to cultivate the ability to analyze and solve the practical problems by means of the concept of quantity in analytical chemistry and creative thoughts.
Course Resources
Lecture Notes
Chapter 1 Introduction
§1.1.1 Generalization of Analytical Chemistry
§1.1.2 Classification and development of Analytical Chemistry
§1.1.3 The basic analytical process
§1.1.4 Objectives of this course
Chapter 2 Errors in Analytical Chemistry and Data evaluation
§2.1.1 Accuracy and Precision ——Evaluation of the results
§2.1.2 Errors and the correction approaches
§2.2.1 Average deviation and standard deviation
§2.2.2 Confidence level and confidence intervals
§2.3.1 acceptance or rejection of questionable results
§2.3.2 The test of the accuracy of the analytical methods-----the judgment of the systematic error
§2.4.1 Significant figures
§2.4.2 Rounding off rules
Chapter 3 Titrimetric Analysis
§3.1.1 Generalization
§3.1.2 Classification of Titrimetry analysis
§3.1.3 Standard solution and primary standard
§3.1.4 Concentration expression of standard solution
§3.1.5 Stoichiometric Relationships in Titrimetry
Chapter 4 Potentiometry
§4.1.1 Introduction
§4.1.2 The classification of electrochemical methods
§4.1.3 The fundamental methods of electrochemical analysis
§4.1.4 Liquid-Junction Potentials (Ejnct)
§4.2.1Electrodes and the classification
Chapter 5 Gas Chromatograph
§5.1.2 Separation Process of GC
§5.2.1 Configuration and flow of Gas chromatograph
§5.3.1 Elution curve of chromatograph and basic relationship
§5.5.1 Qualitative Analysis methods
§5.5.3 Quantitative Analysis methods
Chapter 6 Atomic Absorption
§ 7.1.1 Atomic Absorption Summarization
§7.1.4 Basic of Quantitative Analysis in Atomic Absorption Spectroscopy
§7.2.1 Atomic Absorption Spectrometer
§7.3.1 Selection of Analytical Condition
§7.4.1 Spectral Interference
Chapter 7 Generation of IR
§ 8.1.1 Introduction
§8.1.2 Theoretical Backgrounds
§8.2.1 Characteristics of IR
§8.3.2 Sample preparation and analysis method
§8.4.1 Alkane Analysis of IR Spectrograph
Chapter 8 Generation of IR
§9.1.1 General Principles
§9.3.1 Analysis of NMR
Chapter 9 Mass
§10.1.1 Principles
§10.4.1 Analysis of mass spectrum of saturated alkanes
There are currently no items in this folder.
