Sources and detectors for infrared optical fibers.

Infrared optical materials and fibers IV : (proceedings of the fourth Conference on Infrared Fibers held at the O-E/LASE '86 Symposium), Los Angeles, Calif., 22-24 January 1986

Proceedings of SPIE-The international society for Optical Engineering Volume 618·Infrared Optical Materials and Fibers IV

Infrared optical materials and fibers IV : 22-24 January 1986, Los Angeles, California

Klocek, Paul; Society of Photo-optical Instrumentation Engineers

Paul Klocek; Society of Photo-optical Instrumentation Engineers

Paul Klocek; O-E/Lase (1986 bis 1987)

Bellingham, Wash., USA: SPIE--the International Society for Optical Engineering

SPIE - The International Society for Optical Engineering

Proceedings of SPIE--the International Society for Optical Engineering, v. 618, Bellingham, Wash., USA, c1986

Society of Photo-Optical Instrumentation Engineers, Bellingham, Wash, 1986

United States, United States of America

Volume 618, 22-24 January 1986

Cut-off text on some pages due tight binding.

Includes bibliographies and index.

contributor: 浙江大学

format: Image/Djvu(.djvu)

unit_name: 浙江大学

Type: 英文图书

Bookmarks:
1. (p1) SESSION1.FUNDAMENTAL RESEARCH ON INFRARED FIBERS
1.1. (p2) Development of infrared fibers in Japan
1.2. (p10) Ultra low microdeformation loss predictions in single mode fibers at long wavelengths
1.3. (p17) Dispersion shifted fiber designs with low bending losses for infrared materials
1.4. (p25) Dispersion characteristics of mid-infrared glasses and optical fibers
1.5. (p32) Spectral properties of several infrared transmitting fiber optics
1.6. (p40) Infrared fibers in medicine: applications and specifications
2. (p47) SESSION2.FLUORIDE GLASS OPTICAL FIBERS
2.1. (p48) Preparation and properties of high optical quality infrared transmitting glasses and fibers based on.metal fluorides
2.2. (p51) Ultimate realistic losses of ZrF4 based infrared fibres
2.3. (p58) Fluoride glass infrared fibers in various glass forming systems
2.4. (p63) Infrared study of y irradiated fluoride optical fibers
3. (p71) SESSION3.CRYSTALLINE OPTICAL FIBERS
3.1. (p72) Optical and material properties of extruded silver halide fibers
3.2. (p81) Optical properties of silver halide infrared transmitting fibers,
3.3. (p85) Characteristics of KRS-5 fiber with crystalline cladding, M. Kimura
3.4. (p89) Low-loss single-crystal sapphire optical fibers
3.5. (p95) Fabrication of fiber systems for nonlinear optics
3.6. (p103) Polycrystalline fibers from thallium and silver halides
3.7. (p110) Development of ZnSe infrared optical fiber, M. A. Pickering
4. (p117) SESSION4.CHALCOGENIDE GLASS OPTICAL FIBERS
4.1. (p118) Plasma deposition of chalcogenide glass for infrared fibers
4.2. (p124) Telluride glass fibres for transmission in the 8-12 micrometres waveband
4.3. (p130) Properties of telluride based chalcogenide glass fibers for thermal infrared transmission
4.4. (p135) Preparation and investigation of chalcogenide glass optical fibers
4.5. (p140) Infrared chalcogenide tube waveguides
4.6. (p146) Hollow and glass core chalcogenide fibers
4.7. (p151) Measurement system for attenuation, numerical aperture(NA)
5. (p159) SESSION5.INFRARED OPTICAL MATERIALS
5.1. (p160) Infrared-transmitting oxide glasses
5.2. (p165) Radiation effects in heavy metal fluoride glass systems
5.3. (p172) CdF2-LiF-AIF3-PbF2(CLAP)glasses
5.4. (p178) Crystallization and viscosity of heavy metal fluoride glasses
5.5. (p184) Production of infrared optical materials at Amorphous Materials
6. (p191) SESSION6.SOURCES AND DETECTORS FOR INFRARED FIBERS
6.1. (p192) Fluoride optical fiber transmission experiments using noncryogenic sources and detectors
6.2. (p199) New developments in tunable diode laser sources relevant to infrared fiberoptics technology
6.3. (p204) InxGal.xAsySbl.y: a mid-infra red. source and detector material

Paul Klocek, Chairman/editor. Includes Bibliographies And Index.

vi, 213 p. : 28 cm
Includes bibliographies and index

2024-07-01