1. Light and the Origin of Artificial Lighting. The nature of light. Man's first use of light and artificial lighting. Electric discharges in gases. 2. Design Principles Relating to Lamps and Artificial Lighting. General principles relating to design of incandescent lamps. General principles relating to design of mercury discharge lamps. Sodium arcs and sodium vapor lamps. Other gaseous discharge lamps. 3. Manufacture of Products Used as Lamp Parts. Tungsten wire manufacturing. Glass used in manufacture of lamps. Manufacture of lead-in wires. Manufacture of incandescent lamps. Preparation of raw materials for phosphors. Manufacture of fluorescent lamps. 4. Manufacture of Phosphors Used in Lamps. A theory of luminescence. Manufacture of lamp phosphors. 5. Manufacture of Cathode-Ray Phosphors. Energy conversion efficiencies of CRT phosphors. Manufacture of cathode-ray tubes and phosphor screens. Manufacture of cathode ray phosphors. References. Subject Index.
Both the early use of artificial lighting and current manufacturing methods concerning incandescent and fluorescent lamps are covered in this book. The protocols for manufacture of fluorescent lamp phosphors and those used in cathode ray tubes are also treated in some detail. This text surveys the amazing, vast array of artificial lighting devices known to date in terms of how they arose and are, or have been used by mankind.
A complete description of the formulations and methodology for manufacturing all known phosphors is given. The book will serve as a repository of such phosphor manufacturing methods, including that of cathode ray tube phosphors. Methods of manufacture of lamp parts are also presented, including that of tungsten wire. The original approaches used are described as well as improvements in technology. These will serve as comparative methods for present day manufacture of these components. A history of the lamp industry is presented. Several methods are given which may serve as a source for further work in the lamp industry. Some of the earliest work has been applied in the laser industry to develop new types of discharge lasers. These include nitrogen-gas lasers and the rare gas (excimer) lasers. Previous work on lamps may also be applied in the development of new types of lasers.
- © Elsevier Science 1993
- 3rd November 1993
- Elsevier Science
- eBook ISBN:
- Hardcover ISBN:
Richard C. Ropp, Ph.D., holds a Ph.D. in Physical Chemistry from Rutgers University (1971), an M.S. from Purdue University (1952), and the A.B. (Chem.) from Franklin College (IN). His career in chemistry spans over 60 years and he has been a consultant to industry during the past 40 years. Dr. Ropp has presented many seminars and talks and is the author of eight books (six by Elsevier). These books are based upon the properties of alkaline earth compounds. He began working with alkaline earth compounds in 1952, and was the originator and inventor of the red color TV phosphor in 1956 which is still being used today. He also created more than 25 new lamp and TV phosphors still being manufactured for the industry. Most of these were based upon alkaline earth compounds. He also developed more than 15 new chemical processes for raw materials used in the trade, many of which involved the manufacture of alkaline earth compounds. Fifty-five patents have been issued in his name (seven on glass) and he has published 63 technical papers. About 90% of the patents involved alkaline earth compounds. He is the inventor of a new type of alkaline earth phosphate glasses based on molecular polymerization. These glasses do not exhibit surface leaching by water and are more stable to hydrolysis than silicate-based glasses. These new glasses have unique applications in fiber-optics, high level nuclear waste disposal, high strength fibers, medical and dental implants, lasers, projection TV, and uses in optical and electronic components. Dr. Ropp held appointments as Research Specialist and Member of the Faculty of the Department of Chemistry at Rutgers University in Newark, NJ from 1971 to 1981. His experience has been varied and he has acted as Consultant and Expert Witness to attorneys concerning the technological aspects of their ongoing cases from 1989 to 2011 (more than 155 cases). From January 1990 to January 17, 1991, he served as Vice President of Technology for International
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