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This book is a compilation of the latest theoretical methods for treating models in nuclear reactions. Initial chapters in this volume explain different aspects of time-dependent nuclear density functional theory, such as numerical calculations, density constrained models, multinucleon transfer reactions, and superfluid time dependent density functional theory. In addition, the volume also presents chapters covering other topics in nuclear physics, such as quantum molecular dynamics, cluster models in stable and unstable nuclei, chain structure theory in light nuclei, many-body systems and more. The volume is intended as a guidebook for graduate students and researchers to understand recent theories used in applied nuclear particle physics and astrology.
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This is the story of a new science. Beginning with an obscure discovery in 1896, radioactivity led researchers on a quest for understanding that ultimately confronted the intersection of knowledge and mystery. Mysterious from the start, radioactivity attracted researchers who struggled to understand it. What caused certain atoms to give off invisible, penetrating rays? Where did the energy come from? These questions became increasingly pressing when researchers realized the process seemed to continue indefinitely, producing huge quantities of energy. Investigators found cases where radioactivi
Radioactivity. --- Nuclear reactions --- Radiation
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This volume deals mainly with physics related to the RHIC. It contains one of the first reports on the results of RHIC experiments. Contents: First Physics Results from STAR (J Harris); The Origin of the Highest Energy Cosmic Rays (A V Olinto); Ultra-High Energy Cosmic Rays: Current Data and Propagation Scenarios (G M Tanco); Are High Energy Heavy Ion Collisions Similar to a Little Bang, or Just a Very Nice Firework? (E V Shuryak); Event-by-Event Analysis of Ultra-Relativistic Heavy-Ion Collisions in Smoothed Particle Hydrodynamics (T Osada et al.); Hadronic Form Factors from QCD Sum Rules (M
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The aim of the DANF conference was to present and discuss new theoretical and experimental results in the field of nuclear fission dynamics. The conference program was designed to cover a wide range of physical phenomena including spontaneous and induced fission at low and intermediate energies and fragmentation of hot nuclei. Among the topics discussed at the conference were: the development of various theories, experiments on the synthesis of superheavy elements, fusion-fission processes and the decay of complex nuclear systems, binary and ternary fission, nuclear structure of neutron-rich n
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This proceedings volume is sixth in the series of international conferences covering the fission, quasi-fission, fusion-fission phenomena and synthesis of superheavy nuclei, mainly at low or near barrier energies. Both experimental and theoretical issues are covered. The topics are discussed by a group of participants, and an overview of the current activities in the field is given.
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This book covers a wide range of problems in elementary particle production physics - particle fluctuations and correlations, diffractive processes, soft and hard processes in quantum chromodynamics, heavy ion collisions, etc. Of the utmost importance are inclusion-theoretical papers devoted to the problems associated with high and even very high multiplicity particle production, making proposals for experiments at existing and forthcoming colliders of elementary particles.
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This volume contains more than 80 papers by theorists and experimentalists in the field of multiparticle production. A large variety of domains in high-energy physics are covered. For each of these domains, an overview is given before the results are presented.
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The XIX Physics in Collision conference reviewed experimental results in electroweak, quantum chromodynamics, neutrino, bottom and rare kaon physics, and updated recent developments in the area of gamma ray bursts as well as the issue of the cosmological constant and dark matter.The conference opened with reports on electroweak physics. A decade of precision experiments in laboratories around the world failed to uncover any significant deviations from standard model predictions. Precise W boson and top quark mass measurements suggest a low mass Higgs boson in the standard model, possibly withi
Particles (Nuclear physics) --- Quarks --- Nuclear reactions
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Radioactivity. --- Radiation. --- Physics --- Radiology --- Nuclear reactions --- Radiation
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