Dynamic Structure of Nuclear States / / David J. Rowe, Samuel S.M. Wong, Lynn E.H. Trainor; ed. by T.William Donnelly.

• Superior document: Title is part of eBook package: De Gruyter University of Toronto Press eBook-Package Archive 1933-1999
• VerfasserIn: Rowe, David J.,; Trainor, Lynn E.H.,; Wong, Samuel S.M.,
• MitwirkendeR: Arima, Akito,; Basserman, R.,; Bohigas, O.,; Cameron, A.G.W.,; Conde, C.A.N.,; Da Providencia, J.,; Drake, T.E.,; French, J. B.,; Goldemberg, J.,; Harvey, M.,; Häusser, O.,; Klein, Abraham,; Knowles, J.W.,; Krappe, H.J.,; Kuo, T.T.S.,; Leonardi, Renzo,; Litherland, A.E.,; Measday, D.F.,; Myers, William D.,; Nissimov, H.,; Policarpo, A.J.P.,; Rowe, D.J.,; Trainor, L.E.H.,; Urbano, J.N.,; Villars, Felix M.H.,; Walker, G.E.,; Ward, D.,; Weise, W.,
• HerausgeberIn: Donnelly, T.William,
• Place / Publishing House: Toronto : : University of Toronto Press, , [2020]; ©1972
• Year of Publication: 2020
• Language: English
• Series: Heritage
• Physical Description: 1 online resource (600 p.)

The Mont Tremblant International Summer Scholl was primarily concerned with the dynamic structure of nuclear states. The papers presented at that summer school in August, 1971, are reproduced in this volume. Five deal with theories of the structure and systematics of nuclear states; six with clustering and fission phenomena; and three with the study of nuclear structure using electromagnetic excitation. The remaining papers deal with nucleosynthesis and the formation of super-heavy elements, selected topics in intermediate energy physics, and experiments at meson factories. Nine brief statements of recent results by participants in the school and a summary of the conference highlights complete the volume.

Table of Contents

Frontmatter -- PREFACE -- CONTENTS -- SECTION 1. THEORIES OF THE STRUCTURE AND SYSTEMATICS OF NUCLEAR STATES -- HARTREE-FOCK THEORY AND COLLECTIVE MOTION -- THEORIES OF COLLECTIVE MOTION -- EQUATIONS OF MOTION APPROACH TO NUCLEAR SPECTROSCOPY -- NUCLEAR SYMMETRIES AND DISTRIBUTIONS -- FOLDED DIAGRAMS -- SECTION 2. CLUSTERING AND FISSION PHYSICS -- THE DROPLET MODEL -- BINARY CLUSTERING WITH REFERENCE TO FISSION -- SHELL MODEL, QUARTETS AND CLUSTERS IN LIGHT NUCLEI -- EXPERIMENTAL EVIDENCE FOR ALPHA PARTICLE CLUSTER STATES IN THE REGION 16O to 20Ne -- PROMPT AND DELAYED PHOTOFISSION -- EXPERIMENTS ON PHOTOFISSION IN HEAVY ELEMENTS -- SECTION 3. ROLE OF NUCLEAR DYNAMICS IN ELEMENT FORMATION -- NUCLEOSYNTHESIS AND THE FORMATION OF SUPERHEAVY ELEMENTS -- SECTION 4. NUCLEAR STRUCTURE USING ELECTROMAGNETIC EXCITATION -- ELASTIC AND INELASTIC ELECTRON SCATTERING MEASUREMENTS, EXTENDED NILSSON MODEL AND PROJECTED HARTREE-FOCK -- GAMMA SPECTROSCOPY WITH HEAVY IONS -- MEASUREMENT OF ELECTROMAGNETIC TRANSITION PROBABILITIES WITH THE COULOMB EXCITATION METHOD -- SECTION 5. NUCLEAR STRUCTURE AND INTERMEDIATE ENERGY PHYSICS -- SELECTED TOPICS IN INTERMEDIATE ENERGY PHYSICS -- EXPERIMENTS AT MESON FACTORIES -- SECTION 6. CONTRIBUTED PAPERS -- ON THE FOUNDATIONS OF THE VMI MODELS -- A NEW CRANKING MODEL FOR THE SOLUTION OF THE LARGE AMPLITUDE, NON-ADIABATIC TDHF EQUATIONS -- PROPERTIES OF TWO-BODY RANDOM HAMILTONIAN ENSEMBLES -- APPLICATION OF SPECTRAL DISTRIBUTIONS METHOD TO QUASI-PARTICLE SUBSPACES -- ANHARMONIC VIBRATIONS -- STRUTINSKY CALCULATION FOR LIGHT NUCLEI -- ISOSPIN SPLITIING OF THE GIANT RESONANCE -- SHORT RANGE CORRELATIONS AND (y,p)/(e,e'p) REACTIONS AT INTERMEDIATE ENERGIES -- GAS SCINTILLATION COUNTERS -- SECTION 7. SUMMARY -- CONFERENCE HIGHLIGHTS -- PARTICIPANTS