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Original Articles

Metal Iodide Discharges in Horizontal Rotating Arc Tubes

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Pages 77-93 | Published online: 20 Sep 2013

References

  • BellowsA. H.,FeuersangerA. E.,RogoffG. L., and RothwellH. L. 1985. HID convection studies: a space shuttle experiment. Lighting Design + Application Aug.
  • DakinJ. T. and GilliardR. P. 1986. Model and diagnostics of the high-pressure mercury discharge with sodium iodide additives. J. Appl. Phys 60: 1281.
  • DakinJ.T. and GilliardR.P. 1987. Energy balance of the high-pressure mercury discharge with sodium and scandium iodide additives. J Appl. Phys 62: 79.
  • WesselinkG.,de MooyD., and van GemertM.J.C. 1973. Temperature determination of high-pressure optically thick gas discharges by a modified Bartels' method. J. Phys. D. 6: L35
  • MosburgE.R. and WilkeM.D. 1978. Some new transition probabilites for mercury It. J. Quant. Spectrosc. Radiat. Transfer 19: 69.
  • LingradA. and NielsenS. E. 1977. Atomic Data and Nuclear Data Tables 19: 571.
  • RothwellH.L. and KeeffeW.M. 1980. A direct reading polychromator for real time diagnostics of HID lamps. J of IES 40.
  • WieseW.L. and FuhrJ.R. 1975. Automatic transition probabilites for scandium and titanium. J. Phys. Chem. Ref. Data 4: 263.
  • DakinJ.T. and RautenbergT.H. 1984. Frequency dependence of the pulsed high-pressure sodium arc spectrum J. Appl. Phys. 56: 118.
  • JackA.G. and KoedamM. 1974. Energy balances for some high pressure gas discharge lamps. J of the IES 3: 323.
  • WorkD.E. 1981. Chemistry of metal halide lamps: a review. Lighting Res. Tech. 13: 143.
  • StormbergH.P. 1981. Axial and radial segregation in metal halide arcs. J. Appl. Phys. 52: 3233.
  • StormbergH.P. 1980. Line broadening and radiative transport in high-pressure mercury discharges with NaI and TII as additives. J. Appl. Phys. 51: 1963.
  • FischerE. 1976. Axial segregation of additives in mercury-metal-halide arcs. J. Appl. Phys. 47: 2954.
  • ZollwegR.J.,LiebermannR.W., and McLainD.K. 1981. A radiation and convection model of the vertical mercury arc containing sodium and scandium iodes. J. Appl. Phys. 52: 3293.
  • BorodinV.I. 1982. Convection in mercury arcs with easily ionized additives. High Temp. (USSR) 18:367.
  • LowkeJ.J. 1969. A relaxation method of calculating arc temperature profiles applied to discharges in sodium vapor. J. Quant. Spectrosc. Radiat Transfer 9: 839.

References

  • RothwellH.L.Jr. and KeefeW.M. 1980. A direct reading polychromator for real time diagnostics of HID lamp. J of the IES 10 (no.1): 40.
  • BellowsA.H., et al. 1985. HID convection studies: a space shuttle experiment. Lighting Design + Application.
  • RothwellH.L.Jr. Temporal behavior of metal additives in HID Lamps. 4th International Symposium on the Science and Technology of Light Sources. Contributed papers. Karlsruhe, F.R. Germany, April 1986.
  • A report containing this data is currently being prepared for publication.
  • BellowsA.H. et al. 1985. Study of convection-free metal halide lamps: final report on a space shuttle experiment. GTE Laboratories Inc., #TR 85–038.1.

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