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Pulsars : theory, categories and applications / Alexander D. Morozov, editor

Published
New York : Nova Science Publishers, [2010]
Copyright Date
©2010
Physical Description
1 online resource (x, 198 pages) : illustrations (some color).
Additional Creators
Morozov, Alexander D., 1949-
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Contents
PULSARS: THEORY, CATEGORIES AND APPLICATIONS ; PULSARS: THEORY, CATEGORIES AND APPLICATIONS ; CONTENTS; PREFACE ; ANOMALOUS PULSARS ; Summary ; I. AXPs and SGRs ; 1) Magnetars ; 2) Accretion ; 3) White Dwarfs with High Magnetic Fields; 4) Precession ; 5) Strange Stars ; 6) Thermonuclear Reactions ; 7) Drift Waves ; Is It Possibly to Generate Radio Emission in AXPs and SGRs? ; Generation of Quiescent X-Ray Emission and Gamma Ray-Bursts in AXPs and SGRs ; II. Pulsars with Very Long Periods ; III. Radio Transients ; 1) Models ; 2) Angles between Rotation and Magnetic Axes ; PSR B1931+24., 7. Correlation Particles with Pulsar of Local Arm8. Particles of a Galactic Plane and Pulsars; 9. Search Particles from Point Sources CYG X-3 and HER X-1; 10. Upper Limit to the Flux Particles; 11. Peak Particles of Galactic and Supergalactic Planesand Pulsars; 12. Gradient in the Distribution of Particles around Pulsars; 13. Particlcles with E> 4.1019 Ev and Pulsars; 14. Extensive Air Showers without Muon Component; 15. Mass Composition of Particles with E ̃1019 eV; 16. Mass Composition of Particles with E> 4·1019eV; Conclusion; References., THE OBSERVED ROTATION PERIOD AS ANIDENTIFIER OF THE PULSAR TIME PROPERTIESAbstract; Introduction; Problem; Solution; Verification; Application; Conclusion; References; SOME APPLICATIONS OF BINARY PULSARS TO FUNDAMENTAL PHYSICS; Abstract; 1. Introduction; 2. The Moment of Inertia of Pulsar J0737-3039A: Prospects for Its Measurement; 2.1. The Systematic Uncertainty in the 1PN Periastron Precession; 2.2. Summary and Discussion; 3. Testing a Uniform Cosmological Constant and the DGP Gravity with the Pulsar J0737-3039A; 3.1. The Impact of on the Periastron and the Orbital Period., and 3.1.1.Combining the Periastron and the Orbital Period3.2. The Dvali-Gabadadze-Porrati Braneworld Model; 3.3. Summary and Discussion; 4. The 1PN Secular Effects on the Mean Anomaly in Binary Pulsar Systems; 4.1. Testing Gravitational Theories with Binary Pulsars; 4.2. The Secular Decrease of the Mean Anomaly and the Binary Pulsars; 4.3. Overview and Discussion; References; NUCLEAR LIMITS ON PROPERTIES OF PULSARS AND GRAVITATIONAL WAVES; Abstract; 1. Introduction; 2. The Equation of State of Neutron-rich Nuclear Matter Par-tially Constrained by Recent Data from Terrestrial Heavy-Ion Reactions.
Subject(s)
ISBN
9781617282447 (electronic bk.)
1617282448 (electronic bk.)
9781616689193
1616689196
Bibliography Note
Includes bibliographical references and index.
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