Page 73 - High Temperature Solid Oxide Fuel Cells Fundamentals, Design and Applications

50 High Temperature Solid Oxide Fuel Cells: Fundamentals, Design and Applications

[116] L. EIikan, J. P. Morris, C. IC. Wu and C. G. Saunders, 180-day life test of
solid electrolyte system for oxygen regeneration. ASME paper 71-Av-32
(1971) 1-12.
E1171 J. Weissbart, W. H. Smart and T. Wydeven, Design and performance of a
solid electrolyte oxygen generator test module. ASME paper 71-Av-8
(1971) 1-7.
[118] W. Baukal, Brennstoffbatterie, SwissPatent 444 243, filed April 8, 1965.
[119] C. Deportes, J. Besson and G. Vitter, Rev. Energ. Primaire. Journies Int.
d’Etudedes Pilesa Combustible, Bruxelles, 1967.
[l20] D. H. Archer and R. L. Zahradnik, The design of a 100 kilowatt, coal
burning, fuel cell power system. Chem. Eng. Progr. Symp. Series 63, No. 75
(1967) 55-62.
[121] GeneralElectric, Chem. Ing. News, 47 (November 4,1968) 48-49.
[122] H. S. Spacil, Solid oxygen-ion electrolyte cell for the dissociation of steam.
US Patent 3,635,812, filed July 5,1968.
[123] H. S. Spacil and C. S. Tedmon, J. Electrochem. Soc., 116 (1969)
161 8-1 63 3.
[124] H. S. Spacil and D. W. White, Internally short-circuited solid oxygen-ion
electrolyte cell, US Patent 3,630,979, filed January 2, 1969.
[125] H.-H.MSbius, Chem.GesVDDR,21(l974) 177-182.
[126] T.H.EtsellandS.N.Flengas, Chem.Reu., 70 (1970) 339-376.
[127] W. Feduska and A. 0. Isenberg,]. PowerSources, 10 (1983) 89-102.
[128] W. Fischer, H. Kleinschmager, F. J, Rohr, R. Steiner andH. H. Eysel, Chem.
Ing. Tech., 44 (1972) 726-732.
[129] F. J. Rohr, Entwicklung des Prototyps einer Hochtemperatur-
Brennstoffzellen-Batterie, Forschungsabschlul3bericht 19 75, BMFT-FB-T
77-17(1977),~. 265.
[130] W. Baukal, W. Kuhn, H. Kleinschmager and F. J. Rohr, 1. PowerSources, 1
(1976) 91-97,203-213.
[131] F. J. Rohr, in Solid Electrolytes (eds. P. Hagenmuller and W. van Gool),
Academic Press, NewYork, 1978, pp. 431-450.
[132] A. 0. Isenberg, Recent advancements in solid electrolyte fuel cell
technology. in I982 National Fuel Cell Seminar Abstracts, Courtesy
Associates, Washington, DC, (1982) 154-156.
[133] P. Reichner and J. M. Makiel, Development status of multi-cell solid oxide
fuel cell generators, in I986 National Fuel Cell Seminar Abstracts, Courtesy
Associates, Washington, DC, (1986) 32-35.
[134] J. Sukkel, in Proceedings ofthe 4th European SOFC Forum, ed. A. J. McEvoy,
Switzerland, 2000, pp. 159-1 66.
[135] J. T. Brown, Solid oxide fuel cells in: High Conductivity Solid Ionic
Conductors, (ed. T. Takahashi), World Scientific, Singapore, 1989,
pp. 630-663.
[136] D. C. Fee et al., Monolithic fuel cell development, in 1986 Fuel Cell Seminar
Abstracts, Courtesy Associates, Washington, DC, (1986) 40-47, 52-75.