Lower wattage, krypton-containing fluorescent lamps have been developed to substitute for standard lamps in selected installations. An understanding of how krypton affects lamp performance will promote the proper utilization of these lamps for maximum energy conservation
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References
1.
FoundC. G., and WinninghoffW. J. “Comparison of argon and krypton as a filling gas in fluorescent lamps,” IE, vol. XLIV, p. 161, March 1949.
2.
MeisterG., and HeineT. H., “Low pressure mercury discharges,” IE, vol. XLIV, p. 681, Nov. 1949.
3.
MeisterG., and HeineT. H., “Low pressure mercury discharges,” IE, vol. XLVII, p. 159, March 1952.
4.
MeisterG., and HeineT. H., “Low pressure discharge—III,” IE, vol. XLVII, p. 660, Dec. 1952.
5.
EvansG. S., “Low temperature performance of krypton-filled fluorescent lamps,” IE, vol. XLV, p. 175, March 1950.
6.
RixtonF. H., “Glow-switch transients for starting fluorescent lamps,” IE, vol. XLVI, p. 21, Jan. 1951.
7.
American National Standards Institute, Inc., 1430 Broadway, N.Y., N.Y.10018.
8.
Certified Ballast Manufacturers, 2120 Keith Bldg., Cleveland, Ohio44115.
