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Special Features. • The ground covered by the book can best be judged by perusal of the Table of Contents. • Subject matter presented in the bo .... Read More
Special Features. • The ground covered by the book can best be judged by perusal of the Table of Contents. • Subject matter presented in the book is sufficiently comprehensive. In discussing concepts, the book also takes into account the modern view points of practical utility involving advanced computerised equipments. • The tables of data collected in each unit are reorganised to make the book more lastingly useful to readers. • Some units have been reordered to better tie together related topics. • The units are equipped with selected tips followed by numericals, short answer questions and multiple choice questions.
Sr | Chapter Name | No Of Page |
---|---|---|
1 | Section I. Analytical and Statistical Methods— 1. Introduction to Analytical and Instrumental Methods | 5 |
2 | Techniques of Analysis | 6 |
3 | Errors, Evaluation and Statistics | 28 |
4 | Section II. Spectroscopy— 4. Principles of Spectroscopy | 33 |
5 | Electronic Spectra of Atoms (Atomic Spectroscopy) | 23 |
6 | Electronic Spectra of Complexes | 29 |
7 | Rotational (Microwave) Spectroscopy | 30 |
8 | Vibrational (Infrared) Spectroscopy | 93 |
9 | Raman Spectroscopy | 28 |
10 | Visible Spectrophotometry and Colorimetry | 21 |
11 | Ultraviolet Spectroscopy | 64 |
12 | Proton Nuclear Magnetic Resonance Spectroscopy | 93 |
13 | Carbon-13 Nmr Spectroscopy | 16 |
14 | Nuclear Quadrupole Resonance Spectroscopy | 12 |
15 | Mass Spectrometry | 70 |
16 | Structure Elucidation By Joint Application of UV, Ir, Nmr and Mass Spectroscopy | 22 |
17 | Electron Spin Resonance Spectroscopy | 28 |
18 | Atomic Absorption Spectroscopy | 19 |
19 | Atomic Emission Spectroscopy | 14 |
20 | Mossbauer Spectroscopy | 13 |
21 | Plasma Emission Spectroscopy | 9 |
22 | Flame Emission S[ectroscopy | 18 |
23 | Photoelectron Spectroscopy | 16 |
24 | Photoacoustic Spectroscopy | 9 |
25 | Polarimetry, Optical Rotatory Dispersion and Circular Dichroism | 19 |
26 | X-Ray Spectroscopy | 27 |
27 | Electron Diffraction | 9 |
28 | Neutron Diffraction | 8 |
29 | Molecular Luminescence, Fluorometry and Phosphorimetry | 25 |
30 | Nephelometry and Turbidimetry | 11 |
31 | Symmetry and Group Theory | 23 |
32 | Shapes of Inorganic Molecules | 12 |
33 | Section III. Electroanalyt1cal Methods— Coulometric Methods | 24 |
34 | Conductometric Method | 14 |
35 | Oscillometry or High Frequency Titrations | 6 |
36 | Amperometry | 12 |
37 | Voltammetry and Polarography | 32 |
38 | Potentiometry | 17 |
39 | ph Measurements | 16 |
40 | Electrogravimetry | 20 |
41 | Section IV. Thermal Methods of Analysis— Thermogravimetric Analysis | 12 |
42 | Differential Thermal Analysis | 7 |
43 | Thermometric Titrations | 6 |
44 | Section V. Separation Techniques— Chromatography | 6 |
45 | Partition Chromatography | 9 |
46 | Paper Chromatography | 15 |
47 | Column (Adsorption) Chromatography | 9 |
48 | High Performance Liquid Chromatography | 22 |
49 | Thin Layer Chromatography | 22 |