Advances in Magnetic Resonance

Contributors

Preface

Contents of Previous Volumes

Halogen Hyperfine Interactions

I. Introduction

II. Gas Phase Studies

III. Organic Radicals in Solution

IV. Organic Radicals in Single Crystals

V. Inorganic Radicals

VI. Halogen Superhyperfine Structure

Pulsed-Fourier-Transform Nuclear Magnetic Resonance Spectrometer

I. Introduction

II. General Outline

III. Frequency Synthesis

IV. Transmitters

V. Locking System

VI. Dual Receiver

VII. Audio Conversion

VIII. Control Circuits

IX. Inhomogenizer and Decoupler

X. Computer Analysis

XI. Engineering Details

XII. Operation

XIII. Future Expansion

XIV. Performance

Spectrometers for Multiple-Pulse NMR

I. Introduction

II. Spectrometer Design and Construction

III. Operation

Note Added in Proof

NMR and Ultraslow Motions

I. Introduction

II. Strong Collision Theory of Low Field Relaxation and Ultraslow Motions

III. Weak Collision Theory of Relaxation in the Rotating Frame

IV. Experimental Techniques

V. Experimental Results

Appendix: Calculation of in a Powder

Solving the Spin Hamiltonian for the Electron Spin Resonance of Irradiated Organic Single Crystals

I. Introduction

II. Secular Equation

III. Anisotropic Hyperfine Interaction

IV. Anisotropic g-Factor

V. Angular Dependence of Experimental Spectra

VI. Geometrical Representation of the g-Factor Tensor

VII. Other Interactions

VIII. Other Experimental Techniques

IX. Conclusions

Appendix

NMR in Helium Three

I. Introduction

II. Magnetic Susceptibility Measurements

III. Relaxation in Liquid Helium Three

IV. Relaxation in Solid Helium Three

V. Effects of 4He Impurity

VI. Conclusion

Author Index

Subject Index