References
- ThouretW. E.,StraussH. S.,CortorilloS. F.,KeeH., “High Brightness Xenon Lamps with Liquid-Cooled Electrodes”, Illuminating Engineering, Vol. LX, May 1965, p. 348.
- LienhardO. E., “Xenon Compact Arc Lamps with Liquid-Cooled Electrodes”, Illuminating Engineering, Vol. LX, May 1965, p. 348.
- Military Specification SCS-372 of 15 April 1970 on Lamp, Xenon Arc, Two Million Lumens.
- FreemanR. S.,AylingR. J., “Xenon Arc Searchlight Illumination of the Appolo 8 Launch Areas”, Journal of the Society of Motion Picture and Television Engineers, Vol. 79, 1970, p. 313.
- Military Specification for Lamp, Xenon, Short Arc, 10/15/20 kW, MIL-L-55574(EL), dated 15 February 1968.
- Military Specification for Searchlight, Xenon 10/15/20 kW, 30-Inch Diameter, Wheel Mounted: MIL-I-55573.
- StraussH. S., “Design and Performance of 20 to 25 kW Xenon Compact Arc Lamps”, Report for Conference of Government/Industry Committee on High Powered Light Source Development, March 5 and 6, 1970, Kennedy Space Center, Florida.
- HandL. J. and NilesC. B., “Usage of 20 kW Short Arc Xenon Lamps at Kennedy Space Center”, Report for Conference of Government/Industry Committee on High Powered Light Source Development, March 5 and 6, 1970, Kennedy Space Center, Florida, and results obtained until September 17, 1971, as received through personal communication.
- “New Lights for the Apollo 8 Moon Launch”, Outdoor Lighting, Vol. 9, 1969, No. 1, p. 4.
- StraussH. S.,ThouretW. E.,LeydenJ.,KeeH., and HuntT. W., “New Xenon Compact Arc Projection Lamps for Horizontal Operation”, Journal of the Society of Motion Picture and Televison Engineers, Vol. 81, 1972, p. 33.
- NestorO. H., “Heat Intensity and Current Density Distributions at the Anode of High Current Inert Gas Arcs”, Journal of Applied Physics, Vol. 33, 1962, p. 1638.
- ThouretW. E., “Tensile and Thermal Stresses in the Envelope of High Brightness High Pressure Discharge Lamps”, Illuminating Engineering, Vol. LV, May 1960, p. 295.
- FoxC. S.,ThomsenM. P. R., and SchmidtleinJ. A., “High-Current Anodes for High-Powered Xenon Arc Lamps”, Report No. 4, Night Vision Laboratory, U. S. Army Electronics Command, Fort Belvoir, Virginia, August 1969.
- BarteraR. E., “Recent Solar Simulation Developments at the Jet Propulsion Laboratory”, Proceedings of the Institute of Environmental Sciences, 13th Annual meeting, Washington, D. C., Vol. 2, 1967, p. 681.
- LundeA. R.,YerkesJ. W. and HaslundR.L., “The Boeing 20-Foot Solar Simulator”, Progress Report ASTM/IES/AIAA Second Space Simulation Conference, September 1967. American Society for Testing Materials, 1967.
- NakamuraY.,OnishiY., and ShimizuY., “High Wattage Xenon Sort-Arc Lamps with Seals and Improved Liquid-Cooled Electrodes”, AIAA/ASTM/IES Fourth Space Simulation Conference, September 1969. American Institute of Aeronautics and Astronautics paper No. 69–998.
- CutchallC. M., “35-kW Lamp Progress”, ITT Report for Conference of Government/Industry Committee on High Powered Light Source Development, October 7 and 8, 1971, Redonda Beach, California.
- MalloyJ. J. and FoxC. S., “Development of a High Power High Reliability Short-Arc Xenon Radiation Source”, IES-NASA/AIAA/ASTM Sixth Space Simulation Conference, April 30 to May 3, 1972, New York, N. Y.