Table of contents

Volume 3

Number 3, March 1960

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REVIEWS OF TOPICAL PROBLEMS

285

1. Introduction 285 2. Contact Interaction between the Electron and Nuclear Spins 286 3. Saturation of Paramagnetic Resonance 288 4. Hyperfine Structure of Paramagnetic Resonance 290 5. Overhauser Effect with Complete Saturation of all Components 291 6. Overhauser Effect in Metals 293 7. Overhauser Effect in Liquid and Solid Diamagnets with Paramagnetic Impurities 298 8. Overhauser Effect in Paramagnetic Salts and Semiconductors 304 9. Overhauser Effect in Alkali-Halide Crystals and Alkali-Ammonia Solutions 308 10. Overhauser Effect from the Point of View of General Principles of Statistical Physics and Thermodynamics 309 11. Nonstationary Methods 310 12. Conclusion 317

320

1. Introduction 320 2. Double-time temperature-dependent Green functions 321 3. Spectral representations 324 4. Green functions in the theory of irreversible processes 326 5. Perfect quantum gases 328 6. Application to the theory of superconductivity 330 7. Application to the theory of ferromagnetism 336 8. Electron-lattice interaction 338 9.Conclusions 342

346

1. Introduction 346 2. The Puzzle of the Daytime Sky and the Discovery of Light Scattering 347 3. Description of Light and the Properties of the Medium in the Scattering Act 352 4. Atmospheric Transmission and the Aerosol 354 5. The Polarization Map of the Sky; the Anisotropy of Molecules and Multiple Scattering 358 6. The Brightness Map of the Sky and the Scattering Function 361 7. Optical Probing of the Atmosphere and the Problem of Interpretation of the Data 364 8. Propagation of Light in Clouds and Fogs and Similar Problems 368 9. Radiation Climatology and the Optics of the Aerosol 368

MEETINGS AND CONFERENCES

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