| Description |
1 online resource (viii, 245 pages) |
| Contents |
NONLINEAR PHYSICAL FIELDSAND ANOMALOUS PHENOMENA; NONLINEAR PHYSICAL FIELDSAND ANOMALOUS PHENOMENA; CONTENTS; PREFACE; INTRODUCTION; ABSTRACT; SECTION 1.1. MYSTERIES OF ELECTRICITY; Mystery of the Earth Magnetism; Phenomenon of Ball Lightning; Problems of Atmospheric Electricity; Mysteries of Atmospheric Layers; SECTION 1.2. PUZZLING PROPERTIES OF NUCLEAR FORCES; SECTION 1.3. ANOMALOUS PROPERTIES OF NUCLEONS; SECTION 1.4 UNSOLVED PROBLEMS OFTHE EINSTEIN GRAVITATIONAL THEORY; YANG -MILLS THEORYAND NONLINEAR ELECTRODYNAMICS; ABSTRACT; SECTION 2.1. YANG-MILLS NONLINEAR FIELD THEORY |
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SECTION 2.2. EXACT SPHERICALLY SYMMETRIC SOLUTIONS OF THEYANG-MILLS EQUATIONS WITH STATIONARY SOURCESSECTION 2.3. NONLINEAR ELECTRODYNAMICSBASED ON THE YANG-MILLS THEORY; SECTION 2.4. APPLICATIONS OF THENONLINEAR ELECTRODYNAMICS; SECTION 2.5. EXACT SOLUTION OF THE YANG-MILLS EQUATIONSWITH NONSTATIONARY SPHERICALLY SYMMETRIC SOURCES; Yang-Mills Equations in the Nonstationary Spherically Symmetric Case; Finding Exact Solutions to the Examined Yang-Mills Equations; SECTION 2.6. YANG-MILLS THEORYAND ELECTROWEAK INTERACTIONS; Weak Fields Generated by Neutrinos |
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Determination of Constants of Electroweak InteractionSECTION 2.7. EXACT AXIALLY SYMMETRIC WAVESOLUTIONS OF THE YANG-MILLS EQUATIONS; SECTION 2.8. SPHERICAL WAVES IN YANG-MILLS FIELDS; NUCLEAR FORCES IN MEDIUMAND HEAVY NUCLEI; ABSTRACT; SECTION 3.1. NUCLEAR FORCESAND THEIR PROPERTIES; SECTION 3.2. NONLINEAR GENERALIZATIONOF YUKAWA'S THEORY; SECTION 3.3. SIMULTANEOUS ACTION OF NUCLEARAND ELECTROMAGNETIC FIELDS; SECTION 3.4. HIGH-ENERGY INTERACTION OF NUCLEONS; SECTION 3.5. EQUATIONS FOR MEDIUM AND HEAVY NUCLEI; SECTION 3.6. DESCRIPTION OF PROPERTIESOF MEDIUM AND HEAVY NUCLEI |
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SECTION 3.7. EQUATIONS FOR NEUTRON STARS3.8. GRAVITATIONAL AND NUCLEAR FORCESIN COOLED NEUTRON STARS; QUANTUM MECHANICS OF NUCLEONSAND LIGHT NUCLEI; ABSTRACT; SECTION 4.1. GENERALIZED DIRAC'SEQUATION FOR PROTONS AND NEUTRONS; SECTION 4.2. INTERACTION OFNUCLEONS WITH MAGNETIC FIELDS; SECTION 4.3. MAGNETIC MOMENTS OF NUCLEONS; SECTION 4.4. GENERALIZED DIRAC'S EQUATION FOR LIGHT NUCLEI; SECTION 4.5. SOLUTION OF MATRIX EQUATIONS; SECTION 4.6. DIFFERENTIAL EQUATIONS OF CHARGECONSERVATION FOR LIGHT NUCLEI; NEW ASPECTS OFGENERAL RELATIVITY; ABSTRACT |
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SECTION 5.1. PERFECT FRAMESOF REFERENCE IN GENERAL RELATIVITYHOMOGENEOUS DEFORMATIONS OF APERFECT FRAME OF REFERENCE; DETERMINATION OF THE PARAMETER n; FREE RELATIVISTIC ROTATION OF APERFECT FRAME OF REFERENCE; SECTION 5.2. ELASTICALLY DEFORMED FRAMES OF REFERENCE; SECTION 5.3. GRAVITATIONAL WAVESIN PERFECT FRAMES OF REFERENCE; EXACT WAVE SOLUTIONS INPERFECT FRAMES OF REFERENCE; SCHWARZSCHILD'S PROBLEM IN AN EXTENDED PERFECTFRAME OF REFERENCE; SECTION 5.4. ENERGY AND MOMENTUMOF THE GRAVITATIONAL FIELD; SECTION 5.5. GENERALIZED EINSTEIN GRAVITATIONALTHEORY WITH VACUUM VECTORIAL FIELD |
| Bibliography |
Includes bibliographical references (pages 237-239) and index |
| Notes |
Print version record |
| Subject |
Nonlinear theories.
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Physics.
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Physics
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physics.
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SCIENCE -- Physics -- Nuclear.
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Nonlinear theories
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Physics
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| Form |
Electronic book
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| ISBN |
1614704376 |
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9781614704379 |
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