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Advances in Laser Physics
Letokhov, V S2000
Exploring the Universe with Atomic Clocks Femtosecond Pulses at the Boundary of a Nonlinear Dielectric Physics of Quantum Interference Effects in DC-Field Coupled Systems On Excitation of Mossbauer Levels of Heavy Nuclei in a Laser Produced Plasma Seventy Years of Raman Scattering Excitonic Features in Semiconductor Microcavities Laser Resonance Photoelectron/Photoion Microscopy with Subwavelength Spatial Resolution Nonlinear Optics of Matter Waves
CRC - TAYLOR & FRANCISHISBN: 9058230104   PGS: N/AList: 125.95     YOUR PRICE: 119.65
Crystalline Lasers Physical Processes and Operating Schemes
Kaminskii; Alexander1996
LASER INSULATING CRYSTALS AND THEIR STIMULATED EMISSION Development of Crystal-Laser Physics (Short Historical Remarks) Fluorine- and Oxygen-Containing Laser Crystalline Hosts and Their Activator Ions Other Laser Crystals Stimulated-Emission Channels of Activated Insulating Laser Crystals Stimulated Emission 4fN-4fN and 4fN-15d1-4fN Channels of Ln3+ Ions Laser Channels of Ln2+ and U3+ Ions Laser Channels of Cr3+, Cr4+, Ti3+, and Mn5+ Ions Laser Channels of TM2+ Activators Crystalline Laser Hosts for Obtaining Generation of Ln3+ Activators at New Wavelengths References ENERGY LEVELS AND OPTICAL-TRANSITION INTENSITIES OF GENERATING ACTIVATORS IN INSULATING LASER CRYSTALS Stark-Level Structure of Lasing Activator Ions Basic Concepts of Modern Crystal-Field Theory Stark-Level Energies of Generating Ions in Laser Insulating Crystals (Experimental Data) References Intensity of Radiative Transitions of Ln3+ Activators in Insulating Laser Crystals Electric Dipole Transitions Judd-Ofelt Intensity Parameters Wi Magnetic Dipole Transitions Spectroscopic-Quality Parameters of Insulating Laser Crystals with Ln3+ Activators References Multiphonon 4fN-4fN Nonradiative Transitions of Ln3+ Activators in Laser Crystals Principal Mechanisms of the Modern Theory of Nonradiative Relaxation of Ln3+ Ions in Crystals Energy-Gap Law - Dependence of WJJ¢ on DEJJ¢ References MULTILEVEL OPERATING LASER SCHEMES FOR THE EXCITATION OF STIMULATED EMISSION IN ACTIVATED CRYSTALS Cascade Operating Schemes for Crystalline Lasers Cascade Laser Schemes for Crystals Doped with Ln3+ Activators Features of Cascade Generation of the Ln3+ Ions in Crystals Cross-Cascade Laser Schemes for Crystals Doped with Ln3+ Activators References Sensitizing, Deactivating, and Feed-Flowing Operating Schemes for Crystalline Lasers Sensitizing Laser Schemes Deactivating Laser Schemes Feed-Flowing Laser Schemes Laser Action of Unlike Ln3+ Ion-Doped Crystals References Stepwise Laser Operating Schemes for Crystals Doped with Ln3+ Activator Ions Upconversion and Stimulated Emission of Ln3+ Ions in Crystals at High-Level Energy Excitation Upconversion Operating Laser Schemes for Er3+ Ion-Doped Crystals Operating Laser Schemes with Stepwise Absorption of Pump Quanta for YAlO3 and LiYF4 Crystals Doped with Er3+ Ions References Cross-Relaxation Operating Schemes for Crystalline Lasers Cross-Relaxation Laser Operating Schemes with Quantum Efficiency Equal to 1 Cross-Relaxation Laser Operating Schemes with Quantum Efficiency Equal to 2 Cross-Relaxation Laser Operating Schemes with Quantum Efficiency Equal to 3 Three-Micron 5I6rÿÿ5I7 Laser Channel of Ho3+ Ions in the BaYb2F8 Crystal References Laser Operating Schemes with Strong Depopulation of the Ground States of Generating Ln3+ Ions Ground-State Lifting - a Way to Increase Crystalline-Laser Efficiency Laser Action of Ln3+ Ions in Insulating Crystals Under Condition of Ground-State-Level Depletion Photon-Avalanche Phenomena in Laser Crystals with Ln3+ Activators References NOVEL AND PROMISING TECHNOLOGIES IN THE PHYSICS AND TECHNIQUE OF CRYSTALLINE LASERS New Generation of Crystalline Lasers Laser Action of Crystals Doped with Ln3+ Ions under Selective Laser Pumping Miniature Crystalline Lasers with High Density of Waveguiding Laser Pumping Crystalline Lasers with Self-Frequency Conversion Solar-Pumped Crystalline Lasers References Concluding Remarks The Current State in Laser-Diode-Pumped Crystalline Laser Development (Table Data) Up-to-Date Survey of Crystalline Upconversion Lasers (Table Data) Praseodymium Crystalline Lasers for the Creation of "White" Laser Light References Appendix A: Crystalline Hosts and Lasing Ions Index
CRC - TAYLOR & FRANCISHISBN: 0849337208   PGS: 592List: 249.95     YOUR PRICE: 237.45
Development and Applications of Free Electron Lasers
Chen, Jia-er1997
1. High Brightness Beams and Applications 2. Applications of Free Electron Lasers 3. Free Electron Laser Research in China 4. Infrared Free-Electron Lasers: Short-Pulse Effects, Spectral 5. Properties, and User Aspects 6. New Intense Electron Beam Generation by Pseudospark Discharge Free Electron Lasers 7. Index
CRC - TAYLOR & FRANCISHISBN: 9056995022   PGS: N/AList: 219.95     YOUR PRICE: 208.95
Free Electron Lasers 1997
Du.1998
This volume contains Part II of the proceedings of the conference on Free Electron Lasers, held in Beijing, August 1997. Part I appears in a special issue of Nuclear Instruments and Methods A.
The last 20 years has seen different stages of FEL development. In these proceedings the reader will find descriptions of many new facilities, new experimental results, new applications, new theoretical developments and new simulation results. Attention is also focussed on the recent progress in experimental observations SASE. The contributions are from 150 scientists from 13 countries, ensuring broad, up-to-date research results from a dynamic field.
North Holland - ELSEVIERHISBN: 0444829784   PGS: N/AList: 525.00     YOUR PRICE: 498.75
Free Electron Lasers 1998
Not Listed1999
The FEL field has grown enormously over the last years, which is reflected in the number of papers presented at the 1998 conference. A few specific areas in FEL are particularly active. Several groups are investigating self-amplified spontaneous emission (SASE) as a route to 0.1 nm FEL. Although the technical challenges are large, a growing portion of the community believes this is a feasible goal and have begun planning 4th generation light sources based on this technique. Already, demonstrations of SASE by many orders of magnitude in an unguided (by external means) optical mode have been achieved in the IR with extension into the UV soon to follow. Other groups are extending the applications of FELs by evolutionary changes in the capabilities of user facilities around the world. Many of these utilize other sources of radiation synchronously with tunable FEL beams. An emerging trend is th use of Thompson scattered photons from the electron beam. Because of the Doppler shift involved, the photons can be up-scattered into the X-ray (keV) or even gamma ray (MeV) regime forming a useful picosecond probe for analysis of materials or nuclear structure. Other groups continue to extend the range of FEL operation and a new record was set this year for short wavelength lasing (210nm) as well as production of the highest CW average power yet for a FEL (311 W).

This exhaustive volume will provide the reader with an appreciation of the state of FEL technology and convey also the sense of excitement and interest that exists in the field. Despite the fact that it has been 22 years since the first demonstration of lasing in a FEL oscillator, the field continues to provide interesting areas for study and application.

North Holland - ELSEVIERHISBN: 0444502483   PGS: N/AList: 280.00     YOUR PRICE: 266.00
Instabilities in Laser-Matter Interaction
Anisimov; Sergei I. Khokhlov; Viktor A.1995
Preface Interactions of Laser Radiation with Highly Absorbing Materials Laser Heating of Highly Absorbing Solids Without Phase Change Laser-Induced Melting Laser-Induced Evaporation Numerical Simulation of Laser-Produced Melting and Evaporation Interaction of Laser Radiation with Dielectrics Optical Breakdown of Transparent Dielectrics Stationary Evaporation Waves in Transparent Dielectrics UV-Laser Ablation of Polymers Processes in the Vapor Plume Hydrodynamic Boundary Conditions for Strong Evaporation Condensation in Expanding Vapor Dynamics of Vapor Expansion: One-Dimensional Flow Dynamics of Vapor Expansion: Spatial Structure of the Vapor Plume Instability of the Vapor-Plume Expansion into Vacuum Dynamics of Vapor Expansion into an Ambient Gas Effects of Ultrashort Laser Pulses Electron and Lattice Temperature Dynamics in an Metal Heated by Ultrashort Laser Pulses Anomalous Electron and Light Emission from Metals Heated by Ultrashort Laser Pulses Instability of Sublimation Waves in Solids: Linear Theory Corrugation Instability of Stationary Evaporation Waves in Highly Absorbing Materials Corrugation Instability of Non-stationary Evaporation Waves in Highly Absorbing Materials Instability of Plane Stationary Evaporation Waves in Dielectrics Stability Analysis of Plane Stationary Ablation Waves in Polymers Nonlinear Evolution of Instability in Laser Evaporation Slightly Supercritical Structures in Laser Sublimation Waves Strongly Supercritical Regimes of Laser Evaporation. "Spin" Sublimation of Solids Nonlinear Stages of Instability of Evaporation Waves in Dielectrics Instabilities in the Laser Interaction with Liquids Thermocapillary Instability of a Liquid Heated by Laser Radiation Corrugation Instability of Plane Evaporation Waves in Liquids Instabilities Connected with Laser-Induced Chemical Reactions Instability of Laser-Stimulated Surface Oxidation of Metals. Spatially Uniform Temperature Fields Instability of Surface Oxidation of Metals: Two-Dimensional Effects Laser-Initiated Surface Combustion Waves Conclusion
CRC - TAYLOR & FRANCISHISBN: 0849386608   PGS: 160List: 269.95     YOUR PRICE: 256.45
Introduction to Nitride Semiconductor Blue Lasers and Light Emitting Diodes
Nakamura, Shuji2000
1. Basic Physics and Materials Technology of GaN LEDs and LDs 2. Two. Theoretical Analysis of Optical Gain Spectra 3. Electrical Conductivity Control 4. Crystal Defects and Device Performance in LEDs and LDs 5. Emission Mechanisms and Excitons GaN and InGaN Bulk and QWs 6. Life testing and degradation mechanisms in InGaN LEDs 7. Development and Future Prospects of InGaN lasers and LEDs. Appendix.
CRC - TAYLOR & FRANCISHISBN: 0748408363   PGS: N/AList: 219.95     YOUR PRICE: 208.95
Laser Beam Mode Selection by Computer Generated Holograms
Soifer; Victor A. Golub; Mikhail A. 1995
Preface Introduction Modes of Coherent Beams Modal Beams in Scalar Approximation Excitation of Modes in Optical Fibers and Laser Cavities Complex Eikonal Method Amplitude-and-Phase Relations for Free-Space Propagation of Mode Beams Gaussian and Bessel Modes Modans as the Computer Generated Holograms Physical Observability of Modes and the Concept of Modans Multifocal and Multibeam Holographic Optical Elements Modans on Crossed Diffraction Gratings Generating Functions Method for the Synthesis of Modans Digital Holography Methods for Generation of Modans Coherent Modes Selection Optical Stages for Mode Selection with the Aid of Modans Light Beam Formation with Required Composition of Modes The Analysis of Modal Composition in Coherent Light Beams Modal Spectral Transforms Modan's Performances Perturbations of Modal Functions Modal Composition in Presence of Perturbations Perturbation Matrix Evaluation in the Case of Sampling the Modal Functions Energy Efficiency of Modans Accuracy of Analysis or Formation of Coherent Beams Accuracy of Modal Spectral Transforms Modan's Development and Experimental Investigation Computer Generation of Modans by Diffractive Optics Technology Measurements of Efficiency and Operating Performances of Single-Beam Modans Correlative Investigations of Two Beam Modans Measurements of Modal Power Distribution in Graded-Index Fibers Mode-Selective Excitation of the Fiber with the Aid of Modans Tolerances for Launching Conditions in Modan-Aided Excitation of the Fiber Fiberoptic Sensors and Communications with Mode Selection Fiberoptic Communication Line with Modal Multiplexing Mode-Selective Fiber Optic Sensors Modan Perturbation Effects in Sensor Operation Fiber Optic Sensor of Pressure with Reflective Computer Generated Optical Elements Experimental Investigation of Microshift Sensor Employing Modans Appendices: The Proof of the Properties of Orthogonal Modes Sinusoidal Modes in a Real Form Analytical Equations for Gaussian Modes Excitation in Optical Fibers and Cavities Random-Fields Expansions with Decorrelated Coefficients References. Index.
CRC - TAYLOR & FRANCISHISBN: 0849324769   PGS: 224List: 229.95     YOUR PRICE: 218.45
Laser Cladding
Toyserkani, Ehsan2004
INTRODUCTION What is Laser Cladding? Different Names, Same Technology Why Laser Cladding? History of Laser Cladding Applications and Market Opportunities Future Direction of Laser Cladding Technology Looking Ahead BACKGROUNDS AND BASIC OVERVIEWS Laser Material Techniques Differences Between Laser Cladding, Alloying and Glazing Different Methods of Laser Cladding Clad Dimensional Characteristics Important Parameters in Laser Cladding by Powder Injection Combined Parameters Comparison Between Laser Cladding and Other Metallic Coating Techniques Comparison Between Laser Cladding and Other Prototyping Techniques LASER CLADDING EQUIPMENT Lasers Powder Feeders and Powder Delivery Nozzles Positioning Devices LASER CLADDING PROCESS MODELING Physics of the Process Governing Equations Laser Cladding Models in Literature Lumped Models Analytical Modeling Numerical Modeling - A Case Study Flow Field Modeling at the Exit of Coaxial Nozzle Experimental-Based Modeling Techniques CONTROL OF LASER CLADDING PROCESS Sensors Closed-Loop Control of Laser Cladding Closed-Loop Control of Laser Cladding, An Example Application of Knowledge-Based Control to Laser Cladding PHYSICAL METALLURGY AND MATERIAL SYSTEMS OF LASER CLADDING Cladability Solidification Conditions Encounter in Laser Cladding Material Systems Used in Laser Cladding SAFETY Laser Classification Laser Hazards Powder Hazards
CRC - TAYLOR & FRANCISHISBN: 0849321727   PGS: 280List: 199.95     YOUR PRICE: 189.95
Laser Electrochemistry of Intermediates
Benderskii; Victor A. Benderskii; Alexa1995
Preface Electron Emission from Metal into Electrolyte Solution One-Photon Emission. Theoretical Model. Two-Photon Emission. Thermoemission of Nonequilibrium Heated Electron Gas. Excess Electrons in Polar Liquids Thermalization Length. Energy Losses by Photoelectrons. Solvation of Excess Electrons. Solvation Dynamics. Thermodynamic Properties of Excess Electrons. Electron Transfer Reactions Polarization Coordinate. Dynamic Polarization of Dielectric Continuum. Adiabatic and Non-Adiabatic Reactions. Reorganization Energy and Electronic Matrix Element. Energy Gap Law. Molecular Dynamics of Electron-Transfer Reactions. Regimes of Electrode Reactions Tunneling Current from Metal into Redox Center. Normal, Barrierless and Activationless Discharge. Modified Arrhenius Law. Electronic Friction. Parabolic Marcus' Formula and Tafel Law. Time Resolved Voltammography of Intermediate Species Generation of Short-Lived IS. Discharge Currents of IS Generated by Electron Emission. Voltammograms of IS Generated by Alternating Photoemission Current. Discharge of IS Generated by Short Photoemission Pulse. Time-Resolved Voltammograms of IS. Characteristic Quadrangle of Tafel Lines for Two-Electron Electrode Reactions. Electrochemistry of Hydrogen Atoms Anomalous Mobility of H Atoms in Water. Ionization of Hydrogen Atoms. Electrochemical Desorption. Electron-Proton Transfer. Electrochemistry of Free Radicals and Ions of Anomalous Valence IS of Electrochemical Carbon Cycle. Electrochemistry of Alkyl and Hydroxyalkyl Radicals. pKa Scale of Weak CH-Acids. IS of the Electrochemical Nitrogen Cycle. Electrode Reactions of Ions of Anomalous Valence. Conclusion Bibliography Index
CRC - TAYLOR & FRANCISHISBN: 0849328659   PGS: 336List: 462.00     YOUR PRICE: 438.90
Laser Handbook, Volume 6: Free Electron Lasers
By W.B.Colson, C.Pellegrini and A.Renier1990
The Free Electron Laser triggers, for many people, wild fantasies on large scale applications. However, Free Electron Lasers are not so much direct devices for various applications, but form an interesting subject within fundamental physics. The interplay between electric magnetic and the photon field have an intrinsic beauty and are deeply rooted in the fundamental understanding of nature. In this volume, edited by three major initiators in the field and containing contributions from experts belonging to the most advanced groups working on the subject, a first, comprehensive account of the Free Electron Laser is given. Chapters include both complete classical and quantum mechanical descriptions. Various types of experiments with intrinsic strong points and weaknesses are described while attention is also given to state-of-the-art experiments. This book is not intended as a catalogue of on-going experiments. It is the first large scale reference source on which all further publications on Free Electron Lasers will be based. It will therefore be indispensable for theorists and experimentalists interested in the fundamental aspects of these types of lasers.
NORTH-HOLLANDHISBN: 0444869530   PGS: 528List: 210.00     YOUR PRICE: 199.50
Laser-Arc Processes and Their Applications in Welding and Material Treatment
Seyffarth, Peter2002
Introduction 1. Development of the Combined Laser-Arc Processes for Joining and Treatment of Materials (Survey). Laser Beam-Arc Plasma Interaction and the Combined Discharge. Integrated Plasma Torches for Laser-Arc Processes. Practical Applications of Laser-Arc. References. Index.
CRC - TAYLOR & FRANCISHISBN: 041526961X   PGS: N/AList: 125.95     YOUR PRICE: 119.65
Lasers in Medicine
Waynant, Ronald W.2001
Lasers and Fiber Optics, R. W. Waynant Optical and Thermal Response of Tissue to Laser Radiation, A. J. Welch and Craig Gardner Dosimetry and Thermal Monitoring, Brian Wilson and Douglas R. Wyman Uses and Effects of Ultraviolet on Tissue, Tom Cohill Physics of UV Ablation, George Pettit Tissue Diagnostics Using Lasers, Sune Svanberg Low Power Laser Effects, Tiina Karu Therapeutic and Diagnostic Applications of Lasers in Ophthalmology, Keith Thompson Cardiovascular Applications of Lasers, Jordan Haller Laser in Photodynamic Therapy, Stuart Marcus
CRC - TAYLOR & FRANCISHISBN: 0849311462   PGS: 352List: 249.95     YOUR PRICE: 237.45
Lasers in Polymer Science and Technolgy: Applications, Volume IV
Rabek, Jan F.1989
VOLUME IV: Laser Mass Spectrometry: Application to Polymer Analysis. Laser Optical Studies of Polymer Organization. Application of Lasers in the Scattering for the Study of Solid Polymers. Laser Spectroscopy in Life Sciences. Emission and Laser Raman Spectroscopy of Nucleic Acid Complexes. Picosecond Laser Spectroscopy and Optically Detected Magnetic Resonance on Model Photosynthetic Systems in Biopolymers.
CRC - TAYLOR & FRANCISHISBN: 0849348471   PGS: 264List: 462.00     YOUR PRICE: 438.90
Lasers in Polymer Science and Technology, Volume II
Rabek, Jan F.1989
VOLUME II: Magnetic Field Effects and Laser Flash Photolysis-ESR of Radical Reactions in Polymers and Model Compounds. Application of the CIDNP Detected Laser Flash Photolysis in Studies of Photoinitiators. Studies of Radicals and Biradicals in Polymers and Model Compounds by Nanosecond Laser Flash Photolysis and Transient Absorption Spectroscopy. Stepwise Multiphoton Processes and Their Applications in Polymer Chemistry. Application of Laser Flash Photolysis to the Study of Photopolymerization Reactions in Nonaqueous Systems. Laser Spectroscopy of Excited State Processes in Water-Soluble Photoinitiators of Polymerization. Laser Spectroscopy of Photoresist Materials. Primary Photophysical and Photochemical Processes of Dyes in Polymer Solutions and Films. Diffuse Reflectance Laser Flash Photolysis of Dyed Fabrics and Polymers. Time-Resolved Total Internal Reflection Fluorescence Spectroscopy for Dynamic Studies on Surface. Application of Lasers to Transient Absorption Spectroscopy and Nonlinear Photochemical Behavior of Polymer Systems.
CRC - TAYLOR & FRANCISHISBN: 0849348455   PGS: 288List: 462.00     YOUR PRICE: 438.90
LASERS IN SURFACE ENGINEERING
Dahotre, Narendra & Sudarshan, T.S.1998
Contents: Types & Fundamentals; Surface Processing, Texturing & Heat Treatment; Lasers for Metallic Coatings; Deposition of Ceramic & Polymeric Coatings; Synthesis & Processing of Superhard Coatings & High-Temperature Superconductors; Surface Modification of Metals; Corrosion & Oxidation Behavior of Laser-Treated Surfaces; Laser Surface Cleaning; Laser Engineered Manufacturing & Fabrication.
ASM INTERNATIONALHISBN: 0871706652   PGS: 599List: 149.00     YOUR PRICE: 141.55
Practical Laser Safety: Second Edition, Revised and Expanded
D. C. Winburn1989
Contains the latest revision of ANSI standards for safe use of lasers. A workbench guide that explains how a laser works, what a laser beam can do to biological tissue and eyewear lenses, and how to work safely with lasers. Annotation copyright Book News, Inc. Portland, Or.
MARCEL DEKKER - TAYLOR & FRANCIS & FRANCHISBN: 0824782402   PGS: 274List: 152.95     YOUR PRICE: 145.30
Spontaneous Emission and Laser Oscillation in Microcavities
Yokoyama; Hiroyuki Ujihara; Kikuo 1996
Spontaneous Emission in Optical Cavities: A Tutorial Review, E.V. Goldstein and P. Meystre Introduction Free Space Spontaneous Emission Spontaneous Emission in Cavities Velocity-Dependent Spontaneous Emission Conclusion A Simple Theory on the Effect of Dephasing of Vacuum Fields on Spontaneous Emission in a Microcavity, Y. Lee Introduction Theoretical Model I Theoretical Model II Summary Appendicies A-C Effects of Atomic Broadening on Spontaneous Emission in an Optical Microcavity, K. Ujihara Introduction Analysis of Spontaneous Emission Discussion and Conclusion Microcavities and Semiconductors: The Strong-Coupling Regime, C. Weisbuch, R. Houdré, and R.P. Stanley Introduction The Fabry-Pérot Resonator: A Planar Microcavity Models of Strong Light-Matter Coupling Optics of Semiconductors Conclusion Electromagnetic Field Mode Density Calculated via Mode Counting, S.D. Brorson Introduction No Confinement: A Dipole in Free Space One Dimension of Confinement: The Planar Mirror Cavity Two Dimensions of Confinement: The Waveguide Cavity Three Dimensions of Confinement: The Box Microcavity Discussion Spontaneous Emission in Dielectric Planar Microcavities, G. Björk and Y. Yamamoto Introduction The Ideal Planar Cavity Fundamentals of Dielectric Bragg Mirrors Dielectric Cavity Spontaneous Emission Pattern Dielectric Cavity Spontaneous Emission Lifetime Dielectric Cavity Stimulated Emission Conclusions and Outlooks Spontaneous Emission in Microcavity Surface Emitting Lasers, T. Baba and K. Iga Introduction Spontaneous Emission in a Microcavity Expression of Radiation Energy Modes in Microcavity SELS Spontaneous Emission Factor Effects of Electron Quantum Confinement Lasing Characteristics Summary Spontaneous and Stimulated Emission in the Microcavity Laser, H. Yokoyama Introduction Photon Emission in Microcavities Microcavity Lasers Microcavity Semiconductor Lasers Prospects for Device Applications Summary Recent Progress in Optical Microcavity Experiments, H. Yokoyama Introduction Cavity Configurations Alterations in Spontaneous Emission Properties Laser Oscillation Summary Application of Microcavities: New Photoelectronic Integrated Systems, I. Hayashi Introduction Photoelectronic Integrated Systems Micro-Photoelectronic Devices Summary and Future Prospects Index
CRC - TAYLOR & FRANCISHISBN: 0849337860   PGS: 384List: 462.00     YOUR PRICE: 438.90
The Mathematics of Thermal Modeling: An Introduction to the Theory of Laser Material Processing
Dowden, John Michael2001
THERMAL MODELING Introduction Dimensions and Dimensionless Numbers Two Examples PHYSICAL PRINCIPLES Governing Equations Boundary Conditions Summary of Equations and Conditions THE TEMPERATURE IN BLOCKS AND PLATES The Temperature Distribution The Point Source Solution The Temperature Distribution in Plates Fresnel Absorption The Line Source Solution TIME DEPENDENT SOLUTIONS IN BLOCKS Time Dependent One-Dimensional Solutions Surface Heating from Cold Time-Dependent Point and Line Sources The Thermal History of a Material Element MOVING BOUNDARY PROBLEMS Stefan Problems Neumann's Problem SIMPLE MODELS OF LASER KEYHOLE WELDING Laser Keyhole Welding Point and Line Source Models The Relation between Power Absorbed and Keyhole Radius The Liquid/Vapor Interface The Keyhole Numerical Examples THE FLUID REGIONS IN KEYHOLE WELDING Flow in the Weld Pool Interaction of Motion in the Weld Pool with the Keyhole Laser Heating of the Vapor in the Keyhole THERMO-ELASTIC PROBLEMS Thermal Expansion The Scabbing of Concrete Two-Dimensional Models Stresses in a Metal Work Piece Conclusion APPENDIX 1: VALUES OF MATERIAL PROPERTIES APPENDIX 2: ELASTIC GREEN'S FUNCTIONS FOR A SEMI-INFINITE DOMAIN BIBLIOGRAPHY INDEX
Chapman & Hall/CRC - TAYLOR & FRANCIS &HISBN: 1584882301   PGS: 304List: 146.95     YOUR PRICE: 139.60
Vertical-Cavity Surface-Emitting Lasers: Technology and Applications
Cheng, Julian2000
1. Selectively Oxidized Vertical-Cavity Surface-Emitting Lasers 2. The Technology of Selectively Oxidized Vertical-Cavity Laser 3. 850nm VCSELs for High Speed Data Comunications Applications 4. Optical Data Links and Parallel Optical Interconnects 5. VCSEL-Based Technologies for Multi-Dimensional Optical Interconnects and Optical Multi-Access Networks 6. Micromechanical Tunable VCSEL
CRC - TAYLOR & FRANCISHISBN: 9056992635   PGS: N/AList: 157.95     YOUR PRICE: 150.05
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