BIOS Instant Notes in Analytical Chemistry

by Kealey; David

• ISBN13: 9781859961896
• ISBN10: 1859961894
• Edition: 1st
• Format: Nonspecific Binding
• Copyright: 2002-06-30
• Publisher: Taylor & Franci

Summary

Instant Notes in Analytical Chemistry provides students with a thorough comprehension of analytical chemistry and its applications.& It supports the learning of principles and practice of analytical procedures and also covers the& analytical techniques commonly used in laboratories today.

Table of Contents

Abbreviations	vii
Preface	ix
The nature and scope of analytical chemistry	1	(20)
Analytical chemistry, its functions and applications	1	(2)
Analytical problems and procedures	3	(2)
Analytical techniques and methods	5	(5)
Sampling and sample handling	10	(5)
Calibration and standards	15	(3)
Quality in analytical laboratories	18	(3)
Assessment of data	21	(34)
Errors in analytical measurements	21	(5)
Assessment of accuracy and precision	26	(8)
Significance testing	34	(7)
Calibration and linear regression	41	(8)
Quality control and chemometrics	49	(6)
Analytical reactions in solution	55	(54)
Solution equilibria	55	(6)
Electrochemical reactions	61	(5)
Potentiometry	66	(8)
pH and its control	74	(6)
Titrimetry I: acid-base titrations	80	(5)
Complexation, solubility and redox equilibria	85	(5)
Titrimetry II: complexation, precipitation and redox titrations	90	(5)
Gravimetry	95	(3)
Voltammetry and amperometry	98	(6)
Conductimetry	104	(5)
Separation techniques	109	(80)
Solvent and solid-phase extraction	109	(10)
Principles of chromatography	119	(12)
Thin-layer chromatography	131	(6)
Gas chromatography: principles and instrumentation	137	(12)
Gas chromatography: procedures and applications	149	(6)
High-performance liquid chromatography: principles and instrumentation	155	(11)
High-performance liquid chromatography: modes, procedures and applications	166	(8)
Electrophoresis and electrochromatography: principles and instrumentation	174	(8)
Electrophoresis and electrochromatography: modes, procedures and applications	182	(7)
Spectrometric techniques	189	(94)
Electromagnetic radiation and energy levels	189	(6)
Atomic and molecular spectrometry	195	(6)
Spectrometric instrumentation	201	(5)
Flame atomic emission spectrometry	206	(3)
Inductively coupled plasma spectrometry	209	(5)
X-ray emission spectrometry	214	(4)
Atomic absorption and atomic fluorescence spectrometry	218	(5)
Ultraviolet and visible molecular spectrometry: principles and instrumentation	223	(5)
Ultraviolet and visible molecular spectrometry: applications	228	(5)
Infrared and Raman spectrometry: principles and instrumentation	233	(9)
Infrared and Raman spectrometry: applications	242	(6)
Nuclear magnetic resonance spectrometry: principles and instrumentation	248	(13)
Nuclear magnetic resonance spectrometry: interpretation of proton and carbon-13 spectra	261	(9)
Mass spectrometry	270	(13)
Combined techniques	283	(22)
Advantages of combined techniques	283	(2)
Sample identification using multiple spectrometric techniques data	285	(9)
Gas chromatography-mass spectrometry	294	(4)
Gas chromatography-infrared spectrometry	298	(4)
Liquid chromatography-mass spectrometry	302	(3)
Thermal methods	305	(18)
Thermogravimetry	305	(6)
Differential thermal analysis and differential scanning calorimetry	311	(5)
Thermomechanical analysis	316	(4)
Evolved gas analysis	320	(3)
Sensors, automation and computing	323	(14)
Chemical sensors and biosensors	323	(5)
Automated procedures	328	(3)
Computer control and data collection	331	(2)
Data enhancement and databases	333	(4)
Further reading	337	(2)
Index	339