Spectroscopy - An interdisciplinary integral description of spectroscopy from UV to NMR

Cover

Dedication

Imprint

Preface

Foreword

Content

1 Introduction

1.1 Definitions and Systematics

1.2 Structure_Property Relations, Synthesis, and Process Planning

1.3 Development of Computers, Dynamics of Analytical Methods, and Process Control

1.4 Economic Significance of Analytical Methods

1.5 On the Conception of the Book

2 The Electromagnetic Spectrum

2.1 Its Regions and Present-Day Comprehension

2.2 The Instrumentation

3 The Absorption Processes and their Energies

3.1 The UV and Visible Region

3.2 The IR and Near IR (NIR) Region

3.3 The ESR Region

3.4 The NMR Region

3.5 A Comparative View

4 The Absorption Intensities: Prerequisites and Consequences

4.1 The UV and Visible Region

4.2 The IR and Near IR (NIR) Region

4.3 The ESR Region

4.4 The NMR Region

4.5 A Comparative View

5 Spectroscopy of Analytes in the four Phases

5.1 The Gas Phase

5.2 The Liquid Phase

5.3 Liquid Crystalline Phases

5.4 Solid-State Phases

5.5 Sample Preparation and Sample Purity

5.6 Internal and External Standards

6 The Measuring Techniques: CW and FT Spectroscopy

6.1 CW Spectroscopy

6.2 FT Spectroscopy

7 Spectroscopy in Two and Three Dimensions

7.1 1D Pulse Sequences in NMR Spectroscopy

7.2 Two-Dimensional (2D) and Three-Dimensional (3D)Spectroscopy

8 Application Areas and Limits

8.1 Structure Analyses

8.1.1 The Positions of Absorption Bands

8.1.2 Scalar Couplings, NOEs, and Relaxation Times

8.1.3 Solid-State Spectroscopy

8.1.4 Two- and Three-Dimensional Spectroscopy

8.2 Concentration and Kinetic Measurements

8.3 Dynamic Aspects

8.4 Diffusion Measurements and Imaging Spectroscopy

8.5 Opt(r)odes and Sensors, Tandem or Combined Methods

8.6 Chemometry

9 The Communication of Spectroscopic Data

10 Literature

10.1 A Selection of Textbooks and Standard Works

10.2 My Favorite Books

Addendum

Acronym, Name, and Keyword Index