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Literaturver zeichnis<br />

127<br />

[4.30] G . DeMaria, R.P . Burns, J. Drowart, and M.G. Inghram, Mass Spectrometric Study<br />

of Gas<strong>eo</strong>us Molybdenum, Tungsten and Uranium Oxides, J . Chem . Phys . 32, No. 5,<br />

1373 -1377 (1960)<br />

[4.31] W.A . Chupka, J. Berkowitz, C.F . Giese, Vaporization of Beryllium Oxide and it's<br />

Reactins with Tungsten, J . Chem . Phys . 30, No . 3, 827-834 (1959)<br />

[4.32] R .J . Acker[3 .08], R .J . Thom, C . Alexander, M . Tetenbaum, Free Energies of<br />

Formation of gas<strong>eo</strong>us Uranium, Molybdenum and Tungsten Trioxides, J . Phys .<br />

Chem . 64, 350-355 (1960)<br />

[4.33] J.B . Berkowitz-Mattuck, A. Büchler, L. Engelke, S.N . Goldstein, Mass-<br />

Spectrometric Investigation of the Oxidation of Molybdenum and Tungsten, J .<br />

Chem . Phys . 39 No . 10, 2722-2730 (1963)<br />

[4.34] W . Weltner, Jr., D . McL<strong>eo</strong>d, Jr ., Spectroscopy of Tungsten Oxide Molecules in<br />

N<strong>eo</strong>n and Argon Matrices at 4° and 20°K, J . Mol . Spectry 17, 276-299 (1965)<br />

[4.35] R.F . Barrow, A.D . Caunt, The ultra-violet absorption spectra of some gas<strong>eo</strong>us<br />

alkali-metal halides and the dissociation energy of fluorine, Proc . Roy . Soc .<br />

(London) 219A, 120-140 (1953)<br />

[4.36] M. Faber, H.L. Petersen, Heat of Formation of AIOF, Trans . Faraday Soc . 59, 836-<br />

840(1963)<br />

[4.37] R.D . Srivastava, M . Faber, Mass Spectrometric Determination of the Heats of<br />

Formation of AlOCI(g) and AIOF(g), The Journal of Physical Chemistry, Vo1 .75,<br />

No . 11, 1760-1762 (1971)<br />

[4.38] C . Hirayama, C.S . Liu, R .J. Zollweg, Enhanced Vaporization of Metal Halides in<br />

Discharge Lamps Trough Formation of Vapor Phase Complexes, Proceedings of<br />

the Electrochemical Society 78-1, 95-105 (1978)<br />

[4.39] W. van Erk, T. Rietveld, The Reaction of Rare-Earth Metal Iodides with The Silica<br />

Wall in Metal Halide Discharge Lamps, Philips J . Res. 42, 102-118 (1987)<br />

[4.40] J.L.G . Suijker, Transport of A1203 by Metal Halides, Central Developement<br />

Lighting, Report Lamps II 1008/94C (1994)<br />

[4.411 T . Ozak, G. Adachi, Thermodynamic studies on dissociation of metal halide Iodides<br />

at high temperatures in metal halide lamps, J . Appl . Phys . 86 No . 9, 4723-4733<br />

(1999)<br />

[4.42] R .J . Zollweg, C.S . Liu, C . Hirayama, J.W. McNall, An ultra high efficacy (UHE)<br />

HED Lamp, Journal of the Illuminating Engineering Society, 249-253 (1975)<br />

[4.43] D.E. Work, Chemistry of Metal Halide Lamps : A review, Lighting Research &<br />

technology 13 No .3, 143 -1531 (1981)<br />

[4.44] K . Hilpert, U. Niemann, High Temperature Chemistry in Metal Halide Lamps,<br />

Thermochimica Acta 299, 49 - 57 (1997)

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