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Laser beams : theory, properties, and applications / editors, Maxim Thys and Eugene Desmet

Published
Hauppauge, N.Y. : Nova Science Publishers, [2011]
Copyright Date
©2011
Physical Description
1 online resource (xii, 533 pages) : illustrations
Additional Creators
Thys, Maxim and Desmet, Eugene
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Contents
LASER BEAMS: THEORY, PROPERTIES AND APPLICATIONS ; LASER BEAMS: THEORY, PROPERTIES AND APPLICATIONS ; CONTENTS ; PREFACE ; COMPUTER MODELING OF NANOSTRUCTURING ON MATERIALS WITH TIGHTLY FOCUSED ENERGY DEPOSITION ; 1. INTRODUCTION TO THE THEORY OF NANOSTRUCTURING WITH LASER BEAMS ; (a) Laser in Nanostructuring ; (b) Processes, Involved into Laser Matter Interaction ; (c) Laser-Induced Processes, Contributing to Nanostructuring ; 2. MODELING OF MATERIAL PROCESSING WITH A TIGHTLY FOCUSED ENERGY DEPOSITION ; (a) Two-Temperature Model ; (b) Molecular Dynamics Approach., APPENDIX: LOCAL ORDER PARAMETER FOR IDENTIFICATION OF SOLID AND LIQUID PHASES(c) Continuum Calculations with Microscopic Models ; (d) DFT Method for the Energy Deposition Dynamics ; (e) Nonequilibrium Electron Dynamics Modelled with Boltzmann Equations ; 3. COMBINED MODELS FOR SHORT PULSE LASER NANOSTRUCTURING ON MATERIALS ; (a) Previously Tested Models and the Strategy of the Models Construction for the Purpose of Nanostructuring ; (b) Combined Model for Short Pulse Laser Melting of Metals ; (c) Combined Model for Nanostructuring on Metals., (D) Extension of the Combined Atomistic-continuum Model for Nanostructuring on Metals to the Experimental Scale (e) Extension of the Combined Atomistic-Continuum Model for Nanostructuring on Semiconductors ; (f) Extension of the Combined Atomistic-Continuum Model for Nanostructuring of Insulators ; CONCLUSION ; REFERENCES ; QUANTUM KINETICS OF MULTIPHOTON PROCESSES: DURATIONS OF ELEMENTARY PROCESSES, THRESHOLDS OF CHANNELS OPENING AND THEIR SATURATIONS ; ABSTRACT ; 1. INTRODUCTION ; 2. PHOTON GREEN FUNCTIONS AND DURATIONS ; 3. OVERVIEW OF GENERAL THEORY., 4. STIMULATED RADIATION 5. PROCESSES OF HIGHER HARMONICS GENERATION ; 6. MULTIPHOTON IONIZATION: PROBLEM OF MOMENTUM ; 7. ACCELERATION OF FREE ELECTRONS ; 8. LIGHT PRESSURE ON MEDIA CONDITIONED BY FEATURES OF PHOTONS KINETICS ; 9. THRESHOLDS OF LIGHT REFLECTION ; CONCLUSIONS ; ACKNOWLEDGMENTS ; APPENDIX: QUANTUM KINETICS OF CONDENSED STATES: ROLE OF DURATIONS OF ELEMENTARY PROCESSES ; A-1. Overview ; A-2. General consideration ; A-3. Radii of thermal and field correlations ; A-4. Some applications: electromagnetic properties ; A-4-1. Dielectric susceptibility., and A-4-2. Debye radius of screening A-4-3. Magnetic susceptibility ; A-4-4. Polaron ; A-4-5. Electrical conductivity and Anderson transitions ; A-4-7. Superconductivity ; A-5. Some applications: thermodynamic properties ; A-5-1. Fermi sphere ; A-5-2. Sound velocity and Debye temperature ; A-5-3. Heat conductivity ; A-5-4. Energy and heat capacity of electron gas ; Untitled; A-5-6. Maximal binding energy and maximal self-frequency ; A-5-7. Green functions and quasiparticles ; A-6. Bose-Einstein Condensation of Gases: Interconnection of Constituents ; REFERENCES.
Subject(s)
ISBN
9781621001409 (electronic bk.)
1621001407 (electronic bk.)
9781608762668
1608762661
Bibliography Note
Includes bibliographical references and index.
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