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東京科学大学図書館
蔵書検索
（大岡山図書館、すずかけ台図書館）

図書館システム定期保守等（8/8-14）に伴い、図書の所在や貸出情報等、一部の情報が表示できません（予約・取寄せもできません）。

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Preface

Introduction and Overview / Chapter 1：

Lasers, Optics, and Photonics / 1.1：

Understanding the Laser / 1.2：

What Is a Laser? / 1.3：

Laser Materials and Types / 1.4：

Optical Properties of Laser Light / 1.5：

How Lasers Are Used? / 1.6：

What Have We Learned? / 1.7：

Physical Basics / Chapter 2：

Electromagnetic Waves and Photons / 2.1：

Quantum and Classical Physics / 2.2：

Interactions of Light and Matter / 2.3：

Basic Optics and Simple Lenses / 2.4：

Fiber Optics / 2.5：

How Lasers Work / 2.6：

Building a Laser / 3.1：

Producing a Population Inversion / 3.2：

Resonant Cavities / 3.3：

Laser Beams and Resonance / 3.4：

Wavelength Selection and Tuning / 3.5：

Laser Excitation and Efficiency / 3.6：

Laser Characteristics / 3.7：

Coherence / 4.1：

Laser Wavelengths / 4.2：

Properties of Laser Beams / 4.3：

Laser Power / 4.4：

Laser Efficiency / 4.5：

Pulse Characteristics / 4.6：

Polarization / 4.7：

Optics, Laser Accessories, and Measurements / 4.8：

Classical Optical Devices / 5.1：

Optical Materials / 5.2：

Optical Coatings and Filters / 5.3：

Beam Delivery, Direction, and Propagation / 5.4：

Mounting and Positioning Equipment / 5.5：

Nonlinear Optics / 5.6：

Beam Modulation and Output Control / 5.7：

Measurements in Optics / 5.8：

Laser Types, Features, and Enhancements / 5.9：

Perspectives on Laser Types / 6.1：

Laser Media / 6.2：

Pumping and Energy Storage / 6.3：

Laser Pulse Characteristics / 6.4：

Wavelength Conversion / 6.5：

Laser Oscillators and Optical Amplifiers / 6.6：

Wavelength Options / 6.7：

Laser-Like Light Sources / 6.8：

Gas Lasers / 6.9：

The Gas-Laser Family / 7.1：

Gas-Laser Basics / 7.2：

Helium-Neon Lasers / 7.3：

Argon- and Krypton-Ion Lasers / 7.4：

Metal-Vapor Lasers / 7.5：

Carbon Dioxide Lasers / 7.6：

Excimer Lasers / 7.7：

Nitrogen Lasers / 7.8：

Chemical Lasers / 7.9：

Other Gas Lasers / 7.10：

Solid-State Lasers / 7.11：

What Is a Solid-State Laser? / 8.1：

Solid-State Laser Materials / 8.2：

Solid-State Laser Configurations / 8.3：

Major Solid-State Laser Materials / 8.4：

Optically Pumped Semiconductor Lasers / 8.5：

Broadband and Tunable Solid-State Lasers / 8.6：

Pulsed Solid-State Lasers / 8.7：

Fiber Lasers and Amplifiers / 8.8：

What Are Fiber Lasers? / 9.1：

Optical Fiber Structures / 9.2：

Fiber Laser Design and Efficiency / 9.3：

Rare-Earth-Doped Fiber Lasers / 9.4：

Rare-Earth-Doped Fiber Amplifiers / 9.5：

Raman Fiber Lasers and Amplifiers / 9.6：

Diode and Other Semiconductor Lasers / 9.7：

Types of Semiconductor Lasers / 10.1：

Development of Diode Lasers / 10.2：

Semiconductor Basics / 10.3：

Comparing LED and Diode-Laser Emission / 10.4：

Confining Light and Current / 10.5：

Edge-Emitting Diode Lasers / 10.6：

Surface-Emitting Diode Lasers / 10.7：

Optical Properties of Diode Lasers / 10.8：

Diode-Laser Materials and Wavelengths / 10.9：

Quantum Cascade Lasers and Related Types / 10.10：

Other Lasers and Laser-Like Sources / 10.11：

Tunable Dye Lasers / 11.1：

Optical Parametric Sources / 11.2：

Supercontinuum Sources / 11.3：

Frequency Combs / 11.4：

Extreme Ultraviolet Sources / 11.5：

Free-Electron Lasers / 11.6：

Low-Power Laser Applications / 11.7：

Advantages of Laser Light / 12.1：

Reading with Lasers / 12.2：

Optical Disks and Data Storage / 12.3：

Laser Printing / 12.4：

Lasers in Fiber-Optic Communications / 12.5：

Laser Measurement / 12.6：

Laser Light Shows, Pointers, and Projection Displays / 12.7：

Low-Power Defense Applications / 12.8：

Sensing and Spectroscopy / 12.9：

Holography / 12.10：

Other Low-Power Applications / 12.11：

High-Power Laser Applications / 12.12：

High- Versus Low-Power Laser Applications / 13.1：

Attractions of High-Power Lasers / 13.2：

Important Considerations and Trends / 13.3：

Materials Working / 13.4：

Additive Manufacturing and Three-Dimensional Printing / 13.5：

Semiconductor Electronics Fabrication / 13.6：

Laser Medical Treatment / 13.7：

Photochemistry and Isotope Separation / 13.8：

Laser-Driven Nuclear Fusion / 13.9：

High-Energy Laser Weapons / 13.10：

Lasers in Research / 13.11：

Lasers Open New Opportunities / 14.1：

Laser Spectroscopy / 14.2：

Manipulating Tiny Objects / 14.3：

Atom Lasers and Bose-Einstein Condensates / 14.4：

Detection of Gravitational Waves / 14.5：

Laser Guide Stars for Astronomy / 14.6：

Slow Light / 14.7：

Nanoscale Lasers / 14.8：

Strange Lasers / 14.9：

Extreme Power Ultrashort Pulse Lasers / 14.10：

X-Ray Free-Electron Lasers / 14.11：

Other Emerging Research / 14.12：

Answers to Quiz Questions / 14.13：

Laser Safety / Appendix A：

Handy Numbers and Formulas / Appendix B：

Resources and Suggested Readings / Appendix C：

Glossary

Index

Preface

Introduction and Overview / Chapter 1：

Lasers, Optics, and Photonics / 1.1：

目次情報: 続きを見る

Preface

Laser Diagnostics / Section 1：

Advanced Laser Spectroscopy in Combustion, Catalysis and Medicine / J Wolfrum

Local Flame/Flow Characterisation in Turbulent Flame Propagation / S Jarvis ; G K Hargrave

Fibre Optic Sensor Arrangements for the Analysis of Flame Propagation in Standard Spark Ignited Multicylinder Engines / E Winklhofer ; C Beidl ; H Philipp ; W Piock

Planar Laser Induced Fluorescence Measurements of Fuel Concentration in a Gasoline Direct Injection Optical Engine / S Gashi ; Y Yan ; R D Lockett ; C Arcoumanis

Acoustic-optic Frequency Switching for Two-Wavelength Planar Doppler Velocimetry / H D Ford ; D S Nobes ; R P Tatam

An Investigation of Underexpanded Free Jets from Straight Nozzles / L N Ung

Instantaneous Three-Dimensional Visualization of Concentration Distributions in Turbulent Flows with a Single Laser / A Hoffmann ; F Zimmermann ; C Schulz

Characterisation of Drop Impact on Heated Surfaces by Optical Techniques / G E Cossali ; M Marengo ; M Santini

Time-Resolved Particle Image Velocimetry: Analysis of Random Errors / K Anandarajah ; N A Halliwell

A High Power Single-Mode Tunable Laser for Nonlinear Optical Diagnostics in Combustion / K Bultitude ; P Ewart

Engine Related Applications / Section 2：

Optical Diagnostics for Internal Combustion Engines / H Zhao

Temporal Measurements of Mass Concentration of Soot Aggregates in the Diesel Exhaust by Two-Color Extinction Method / T Kamimoto ; T Nakajima ; Y Kawashima

Characterization of Mixture Distribution and Combustion in a DISI Optical Engine Under Late Injection Mode / D-S Choi ; Y Lee ; J Choi ; C Bae

An Investigation of the Effect of Nozzle Characteristics on Liquid Atomisation in a GDI Injector / Y C Khoo

Development of a Wall Film Thickness Measuring Device / R Lindgren ; R Block ; I Denbratt

Simulating the Effect of Multiple Scattering on Images of Dense Sprays / M C Jermy ; A Allen ; A K Vuorenkoski

Laser and Optical Diagnostics / Section 3：

Optical Diagnostics of Pressure and Temperature using Laser Induced Thermal Gratings / R Stevens

Fibre Optical Diagnostics for structural Condition Monitoring Applications Exemplified in the Millennium Project / Y M Gebremichael ; W Li ; B T Meggitt ; W J O Boyle ; K T V Grattan ; B McKinley ; L F Boswell

Quantitive NO-LIF Imaging in High-Pressure Flames / W G Bessler ; T Lee ; D-I Shin ; M Hofmann ; J B Jeffries ; R K Hanson

Spray Characteristics of a Multi-Hole Injector for Direct Injection Gasoline Engines / N Mitroglou ; J M Nouri

Hybrid Optical/Digital Codec for Mitigation of Optical Aberrations / S Mezouari ; A R Harvey

Effect of Chamber Pressure on the Spray Structure from a Swirl Pressure Atomiser for Direct Injection Gasoline Engines / J H Whitelaw

Quantitative Characterisation of Diesel Sprays Using Digital Imaging Techniques / J Shao ; G Greeves ; S Smith

Mobile Laser-Based Optical Triangulation System for the Measurement of Structures / S F Turner ; D M Johnson

The Interrogation of Multipoint Fibre Optic Sensor Signals Utilising Artificial Neural Network Pattern Recognition Techniques / W B Lyons ; C Flanagan ; E Lewis

Fibre Bragg Grating Coupled Fluorescent Optical Fibre Sensors / T Sun ; D I Forsyth ; S A Wade ; S Pal ; J Mandal ; W D N Pritchard ; G Garnham

Phase Response of Nonlinear Medium Induced by Transitions Between Excited Energy Levels / J S M Addasi

Saturation of Dye Solution in Principal Channel by Using Two Light Fields

Velocity Measurements / Section 4：

Particle Image Velocimetry: from Two-Dimensional to Three-Dimensional Velocity Mapping with Holographic Recording, Object Conjugate Reconstruction (OCR) and Optical Correlation

Image Fibre Bundle Based 3 Component Planar Doppler Velocimetry

Optical-Diagnostic Study of Two-Dimensional, Premixed Laminar Flames / M Fairweather

In-Plan Quantification of 3-D Velocities and Turbulence Intensities Using a Flow Visualisation Technique / A Ramadan ; S Michelet ; K C Lee ; M Yianneskis

The Development and Application of Time Resolved PIV at the University of Strathclyde / M Stickland ; T Scanlon ; T Vidinha ; W Dempster ; R Jaryczewski

Velocity Field Measurements in a Non-Premixed, Bluff-Body Burner Using Digital Particle Image Velocimetry / R Carroni ; H K Versteeg

2-D LIF Measurements of Thermo-Acoustic Phenomena in Lean Premixed Flames of a Gas Turbine Combustor / S Schenker ; R Bombach ; A Inauen ; W Kreutner ; W Hubschmid ; K Haffner ; C Motz ; B Schuermans ; M Zajadatz ; C O Paschereit

High Speed Imaging of Shocked and Detonated Gases / D A Holder ; A V Smith ; C J Barton

An Investigation of the Problem of Multiple Scattering from Seeding Particles in Laser Sheet Studies of Shock Induced Gas Mixing / M K Philpott ; D L Youngs

Biomedical Applications / Section 5：

PIV Measurements in Large-Scale Cardiovascular Models--The Importance of Dynamic Scaling / I Owen ; J D Gray ; M P Escudier

Laser Diagnostics of Dynamics Phenomena in Biological Objects: Model Measurements, Numerical Simulations, and Medical Applications / A V Priezzhev ; K B Begun ; A Y Tyurina ; O E Fedorova ; N N Firsov ; S J Matcher ; I V Meglinski

Study of Flow Characteristics and Particle Trajectories in a Model of the Human Upper Airway

Glucose Monitoring using Laser NIR Spectroscopy / V A Saetchnikov ; E A Tcherniavskaia

Author Index

Preface

Laser Diagnostics / Section 1：

Advanced Laser Spectroscopy in Combustion, Catalysis and Medicine / J Wolfrum

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