Thomas G. Brown / Katherine Creath / Herwig Kogelnik / Michael A. Kriss / Joanna Schmit / Marvin J. Weber (Hgg.)

The Optics Encyclopedia, 5 Vols.

Basic Foundations and Practical Applications
Ed. by Thomas G. Brown, Katherine Creath, Herwig Kogelnik et al.

• Gebundenes Buch

Produktbeschreibung

Optik ist eine der wichtigsten Grundlagentechnologien des 21. Jahrhunderts. Ob Kommunikationstechnik oder Materialbearbeitung - ohne Optik geht heute nichts mehr.Weltweit anerkannte Spezialisten behandeln hier in 5 Bänden und in über 90 ausführlichen Übersichtsartikeln alle Aspekte moderner Optik von den theoretischen Grundlagen bis hin zu technischen Anwendungen in den Ingenieurdisziplinen oder den Naturwissenschaften. Und was in den Artikeln an Spezialwissen keinen Platz mehr gefunden hat, findet sich dann in den umfangreichen Literaturhinweisen am Ende jedes Beitrages.

Produktdetails

• Verlag: Wiley-VCH
• 1. Auflage
• Seitenzahl: 3472
• Englisch
• Abmessung: 270mm x 220mm x 204mm
• ISBN-13: 9783527403202
• ISBN-10: 3527403205
• Artikelnr.: 21724894

Inhaltsangabe

- Amplifiers, Optical

- Astronomical Telescopes and Instrumentation

- Atmospheric Optics

- Biomedical Imaging Techniques

- Charged-Particle Optics

- Color Vision

- Colorimetry

- Data Storage, Optical

- Diodes, Light-emitting

- Display Technology

- Electrodynamics

- Electromagnetic Radiation: Emission and Propagation

- Electron Diffraction

- Electro-optic Devices

- Electro-optical Imaging

- Electrophotographic Copying and Printing (Xerography)

- Ellipsometry

- Fiber Optics

- Filters, Optical

- Fourier and Other Transform Methods

- Geometric Optics

- Holography

- Image Processing of Optical Data

- Imaging Detectors

- Information Processing, Optical

- Interconnections, Optical

- Interferometry

- Laser Cooling and Trapping of Neutral Atoms

- Laser Isotope Separation

- Laser Physics

- Lasers, Dye

- Lasers, Extreme UV and Soft X-ray

- Lasers, Free-Electron

- Lasers, Gas

- Lasers, Industrial Uses of

- Lasers, Medical Use of

- Lasers, Semiconductor

- Lasers, Solid State

- Lidar (Laser Radar)

- Light and Lighting Systems

- Linear Optics

- Luminescence

- Magneto-optical Devices

- Microscopy

- Modulators and Demodulators, Optical

- Monochromators

- Motion Picture and Video Lenses

- Nonlinear Optics

- Optical Aberrations

- Optical Alignment

- Optical and Laser Scanning Technology

- Optical Coatings

- Optical Communications

- Optical Components and Systems

- Optical Computing

- Optical Design

- Optical Fabrication

- Optical Illusions

- Optical Instrumentation

- Optical Materials

- Optical Metrology

- Optical Networks

- Optical Radiation Sources and Standards

- Optical Techniques Mechanical Measurements

- Optical Techniques for the Analysis and Characterization of Chemicals and Materials

- Optical Tomography

- Optoelectronics

- Photochemistry

- Photoemission and Photoelectron Spectra

- Photographic Recording

- Photography, Digital

- Photography, Physics and Technology

- Photonics

- Physiological Optics

- Polarization Optics, Polarimeters and Polarization Spectrometers

- Polarized Light, Basic Concepts of

- Radiation Interaction with Molecules

- Remote Sensing

- Sensors, Optical

- Speckle and Speckle Metrology

- Spectrometers, Infrared

- Spectrometers, Ultraviolett and Visible Light

- Spectrometers, X-ray

- Spectroscopy, Laser

- Spectroscopy, Photoacoustic

- Spectroscopy, Raman

- Spectroscopy, Ultrafast

- Stereoscopy

- Ultrashort-Pulse Phenomena

- Underwater Optics

- Wave Optics

- X-ray Optics

- Zeeman and Stark Effects

- Amplifiers, Optical

- Astronomical Telescopes and Instrumentation

- Atmospheric Optics

- Biomedical Imaging Techniques

- Charged-Particle Optics

- Color Vision

- Colorimetry

- Data Storage, Optical

- Diodes, Light-emitting

- Display Technology

- Electrodynamics

- Electromagnetic Radiation: Emission and Propagation

- Electron Diffraction

- Electro-optic Devices

- Electro-optical Imaging

- Electrophotographic Copying and Printing (Xerography)

- Ellipsometry

- Fiber Optics

- Filters, Optical

- Fourier and Other Transform Methods

- Geometric Optics

- Holography

- Image Processing of Optical Data

- Imaging Detectors

- Information Processing, Optical

- Interconnections, Optical

- Interferometry

- Laser Cooling and Trapping of Neutral Atoms

- Laser Isotope Separation

- Laser Physics

- Lasers, Dye

- Lasers, Extreme UV and Soft X-ray

- Lasers, Free-Electron

- Lasers, Gas

- Lasers, Industrial Use of

- Lasers, Medical Use of

- Lasers, Semiconductor

- Lasers, Solid State

- Lidar (Laser Radar)

- Light and Lighting Systems

- Linear Optics

- Luminescence

- Magneto-optical Devices

- Microscopy

- Modulators and Demodulators, Optical

- Monochromators

- Motion Picture and Video Lenses

- Nonlinear Optics

- Optical Aberrations

- Optical Alignment

- Optical and Laser Scanning Technology

- Optical Coatings

- Optical Communications

- Optical Components and Systems

- Optical Computing

- Optical Design

- Optical Fabrication

- Optical Illusions

- Optical Instrumentation

- Optical Materials

- Optical Metrology

- Optical Networks

- Optical Radiation Sources and Standards

- Optical Techniques Mechanical Measurements

- Optical Techniques for the Analysis and Characterization of Chemicals and Materials

- Optical Tomography

- Optoelectronics

- Photochemistry

- Photoemission and Photoelectron Spectra

- Photographic Recording

- Photography, Digital

- Photography, Physics and Technology

- Photonics

- Physiological Optics

- Polarization Optics, Polarimeters and Polarization Spectrometers

- Polarized Light, Basic Concepts of

- Radiation Interaction with Molecules

- Remote Sensing

- Sensors, Optical

- Speckle and Speckle Metrology

- Spectrometers, Infrared

- Spectrometers, Ultraviolett and Visible Light

- Spectrometers, X-ray

- Spactroscopy, Atomic

- Spectroscopy, Laser

- Spectroscopy, Photoacoustic

- Spectroscopy, Raman

- Spectroscopy, Ultrafast

- Stereoscopy

- Ultrashort-Pulse Phenomena

- Underwater Optics

- Wave Optics

- X-ray Optics

- Zeeman and Stark Effects

Rezensionen

"...an excellent choice for an overview of the field of optics." E-STREAMS, January 2005

"...a wealth of fundamental information along with practical applications...anyone working in the field of optics will find these books to be an interesting, useful, and information resource." IEEE Electrical Insulation Magazine

"The first volume ... provides a comprehensive introduction to the most interesting and topical problems of modern optics. The material for the articles is carefully and critically selected and presented very well, from both methodological and pedagogical points of view." Journal of Raman Spectroscopy

"Für Wissenschaftler stellt das Werk...ein exzellentes Nachschlagewerk dar, das hoffentlich den Weg auf viele Schreibtische und in viele Bibliotheken finden wird." Michael Vollmer, Brandenburg, erscheint voraus. in Physik Journal + Physik in unserer Zeit

"Die Anschaffung der Optics Encyclopedia lohnt sich auf jeden Fall. Sie kann lexikalisch als Informationsquelle, enzyklopädisch als Übersichtsdarstellung oder als Einstiegshilfe in Originalliteratur genutzt werden." Michael Vollmer. Physik in unserer Zeit

"Für Wissenschaftler stellt das Werk...ein exzellentes Nachschlagewerk dar, das hoffentlich den Weg auf viele Schreibtische und in viele Bibliotheken finden wird."

Michael Vollmer, Brandenburg
erscheint voraus. in Physik Journal + Physik in unserer Zeit

"Die Anschaffung der Optics Encyclopedia lohnt sich auf jeden Fall. Sie kann lexikalisch als Informationsquelle, enzyklopädisch als Übersichtsdarstellung oder als Einstiegshilfe in Originalliteratur genutzt werden."
Michael Vollmer
Physik in unserer Zeit