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Electrolysis of CO2 and H2O

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Chapter 6. Molybdate Based Ceramic Electrode Materials 216 95. Gagulin VV, Korchagina SK, Ivanova VV, and Shevchuk YA, Synthesis and properties of Sr2CoMoO6 and Sr2NiMoO6. Inorganic Materials, (2003). 39(6): p. 625-626. 96. Massa NE, Alonso JA, Martínez-Lope MJ, and Casais MT, Defect-induced strong electron-phonon interaction and localization in Sr2FeMo1-xWxO6 (x=0.0,0.2,0.5,0.8,1.0). Physical Review B, (2005). 72(21): p. 214303. 97. Carvajal E, Navarro O, Allub R, Avignon M, and Alascio B, Electronic properties of double perovskite compounds. physica status solidi (b), (2005). 242(9): p. 1942-1945. 98. Ikeda S-I, Shirakawa N, Bando H, and Ootuka Y, Orbital-Degenerate paramagnetic Metal Sr2MoO4: An Electronic Analogue to Sr2RuO4. Journal of the Physical Society of Japan, (2000). 69(10): p. 3162. 99. Shirakawa N and Ikeda SI, Phase-relations study of Sr-Mo-O system for new superconductors search. Physica C: Superconductivity, (2000). 341-348(Part 2): p. 783-784. 100. Tkachenko EV, Kruglyashov AL, Neiman AY, and Kalyakin AS, Journal of Physical Chemistry, (1977). 51. 101. Kovalevsky AV, Kharton VV, and Naumovich EN, Oxygen ion conductivity of hexagonal La2W1.25O6.75. Materials Letters, (1999). 38(4): p. 300-304. 102. Matsuda Y, Karppinen M, Yamazaki Y, and Yamauchi H, Oxygen-vacancy concentration in A2MgMoO6-δ double-perovskite oxides. Journal of Solid State Chemistry, (2009). 182(7): p. 1713-1716. 103. Marrero-López D, Peña-Martínez J, Ruiz-Morales JC, Gabás M, Núñez P, Aranda MAG, et al., Redox behaviour, chemical compatibility and electrochemical performance of Sr2MgMoO6 -d as SOFC anode. Solid State Ionics. 180(40): p. 1672-1682. 104. Hayakawa T, Andersen AG, Shimizu M, Suzuki K, and Takehira K, Partial oxidation of methane to synthesis gas over some titanates based perovskite oxides. Catalysis Letters, (1993). 22(4): p. 307-317. 105. Hayakawa T, Harihara H, Andersen AG, York APE, Suzuki K, Yasuda H, et al., A Sustainable Catalyst for the partial Oxidation of Methane to Syngas: Ni/Ca1-xSrxTiO3, prepared In Situ from perovskite precursors. Angewandte Chemie International Edition in English, (1996). 35(2): p. 192-195. 106. Suzuki S, Hayakawa T, Hamakawa S, Suzuki K, Shishido T, and Takehira K, Sustainable Ni catalysts prepared by SPC method for CO2 reforming of CH4, in Natural Gas Conversion V, A. Parmaliana, et al., Editors. (1998). p. 783-788. 107. Nishihata Y, Mizuki J, Akao T, Tanaka H, Uenishi M, Kimura M, et al., Self-regeneration of a pd- perovskite catalyst for automotive emissions control. Nature, (2002). 418(6894): p. 164-167. 108. Tanaka H, Tan I, Uenishi M, Taniguchi M, Kimura M, Nishihata Y, et al., LaFePdO3 perovskite automotive catalyst having a self-regenerative function. Journal of Alloys and Compounds, (2006). 408: p. 1071-1077. 109. Madsen BD, Kobsiriphat W, Wang Y, Marks LD, and Barnett SA, Nucleation of nanometer-scale electrocatalyst particles in solid oxide fuel cell anodes. Journal of Power Sources, (2007). 166(1): p. 64-67. 110. Kobsiriphat W, Madsen BD, Wang Y, Shah M, Marks LD, and Barnett SA, Nickel- and Ruthenium- Doped Lanthanum Chromite Anodes: Effects of Nanoscale Metal precipitation on Solid Oxide Fuel Cell performance. Journal of the Electrochemical Society, (2010). 157(2): p. B279-B284. 111. Falcón H, Barbero JA, Araujo G, Casais MT, Martínez-Lope MJ, Alonso JA, et al., Double perovskite oxides A2FeMoO6-d (A=Ca, Sr and Ba) as catalysts for methane combustion. Applied Catalysis B: Environmental, (2004). 53(1): p. 37-45. 112. Thijssen JHJS. The Impact of Scale-Up and production Volume on SOFC Stack Cost. in 7th Annual SECA Workshop and peer Review. (2006). 113. Thijssen J. SOFC Stack Operating Strategies. in 10th Annual Solid State Energy Conversion Alliance (SECA) Workshop. (2009). Pittsburgh, PA: NETL.

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