As the technology of fibre optics developed and the manufacturing techniques became established, there arose an interest in the application of these techniques in areas outside the generally accepted field of fibre optics, viz the guidance of visible light by channels large compared to the wavelength of light being used. In this chapter, a few of the more interesting ones will be discussed; at the moment these are of slight commercial importance owing either to a high manufacturing cost or to the lack of a suitable market, but there is no doubt that this situation will alter in the future as the development of the technology progresses. The areas to be covered are the use of fibre optics outside the visible spectrum, the properties of the optical fibre as an active system, and the properties of an optical fibre with a continuous radial change in refractive index instead of the normal discrete step at the core — sheath interface.
KeywordsOptical Fibre Spectral Transmission Optical Fibre Laser Sheath Fibre Luminescent Fibre
Unable to display preview. Download preview PDF.
- 6.S. E. Miller, Bell System Tech. J. 44, 2013 (1965)Google Scholar
Chapter Ten — Miscellaneous Topics
- 113.Blincow, D. W., and J. R. Webster, Light Collection from Long Thin Scintillator Rods and Optical Coupling, IEEE Trans. Nuclear Sci., NS-11, 38–43 (June, 1964).Google Scholar
- 114.Goodman, D. M;, Nondestructive Testing of Electronic Circuits with Fiber Optic Scintillators, Vidicon Data Sampling and Pattern Recognition Displays, In: Automation in Electronic Test Equipment, Vol. 4, (D. M. Goodman, Ed.) New York, New York University Press, 1967, p. 287–301.Google Scholar
- 115.Hawkins, R. D., Vibrating Optic Fibers, A New Technique for Audio-Frequency Information Processing and Pattern Recognition, In: Optical Processing of Information, (D. K. Pollack, et al., Eds.) Baltimore, Spartan Books, 1963, p. 187–98.Google Scholar
- 118.Koester, C. J. and C. H. Swope, Some Laser Effects Potentially Useful In Optical Logic Functions, In: Symposium on Optical and Electro-Optical Inform. Processing Technology, Proc. Boston, 1964. 1965, p. 253–67.Google Scholar
- 119.Koester, C. J., Some Properties of Fiber Optics and Lasers. Part B., In: Optical Processing of Information (D. K. Pollack, et al., Eds.) Baltimore, Spartan Books, 1963, p. 74–84.Google Scholar
- 120.Paxton, K. B. and W. Streifer, Analytic Solution of the Ray Equations in Cylindri-cally Inhomogeneous Guiding Media. Part 1, Meridional Rays, Appl. Opt., 10, 769(1971).Google Scholar
- 123.Snitzer, E., Noedymium Glass Laser, In: Intern. Conf. on Quantum Electronics, Proc, 3rd, Paris, 1963, p. 999–1019.Google Scholar
- 125.Vlasov, M. K, Yu. V. Terekhov, and V. T. Turov, Light Conducting Characteristics of Plastic Scintillating Fibers, Pribory i Tekhnika Eksperimenta, No. 6, 83–7 (Nov-Dec, 1966).Google Scholar