- 固体氧化物燃料电池理论分析与结构优化设计
- 孔为 潘泽华 韩雷涛
- 1030字
- 2020-08-28 17:04:58
2.5 小结
本章发展了一个具有菲克定律形式的尘气模型(DGMFM)。DGMFM可以给出多组分气体在多孔介质中的每种物质流量的解析表达式,物质流量的解析表达式可以直接代入质量守恒方程计算物质的浓度分布。DGMFM的准确性通过系统改变影响SOFC阳极中质量输运的结构和操作参数进行了测试。所有测试结果一致证明,DGMFM可以高度准确地重复出DGM的预测结果。因此,DGMFM可以替代DGM分析多组分气体在多孔介质中的质量输运。
参考文献
[1]Colpan C O,Dincer I,F.Hamdullahpur.Int J Energ Res,2008,32:336-355.
[2]Kee R J,Zhu H Y,SukeshiniA M,Jackson G S.Combustion Science and Technology,2008,180:1207-1244.
[3]Klein J,Bultel Y,Georges S,Pons M.Chem Eng Sci,2007,62:1636-1649.
[4]Yamaguchi T,Shimizu S,Suzuki T,Fujishiro Y,Awano M.Electrochem Commun,2008,10:1381-1383.
[5]Jiang Y,Virkar A V.J Electrochem Soc,2003,150:A942.
[6]Liu S,Song C,Lin Z.J Power Sources,2008,183:214-225.
[7]Chan S H,KhorK A,Xia Z T.J Power Sources,2001,93:130-140.
[8]Lehnert W,Meusinger J,Thom F.J Power Sources,2000,87:57-63.
[9]Phattaranawik J,Jiraratananon R,Fane A G.J Membrane Sci,2003,215:75-85.
[10]Krishna R,Wesselingh J A.Chem Eng Sci,1997,52:861-911.
[11]Joshi A S,Peracchio A A,Grew K N,ChiuW K S.Journal of Physics D:Applied Physics,2007,40:7593-7600.
[12]Cannarozzo M,Borghi A D,Costamagna P.J Appl Electrochem,2008,38:1011-1018.
[13]Zhu H,Kee R J,Janardhanan V M,Deutschmann O,Goodwin D G.J Electrochem Soc,2005,152:A2427-A2440.
[14]Suwanwarangkul R,Croiset E,Fowler M W,Douglas P L,Entchev E,Douglas M A.J Power Sources,2003,122:9-18.
[15]Kenney B,Valdmanis M,Baker C,Pharoah J G,Karan K.J Power Sources,2009,189:1051-1059.
[16]Veldsink J W,Versteeg G F,Van Swaaij W P M,Van Damme R M J.The Chemical Engineering Journal and the Biochemical Engineering Journal,1995,57:115-125.
[17]Webb S W,Pruess K.Transport in Porous Media,2003,51:327-341.
[18]Vural Y,Ma L,Ingham D B,Pourkashanian M.J Power Sources,2010,195:4893-4904.
[19]Kakac S,Pramuanjaroenkij A,Zhou X Y.Int J Hydrogen Energ,2007,32:761-786.
[20]Duncan J B,Toor H.Aiche J,1962,8:38-41.
[21]Thorstenson D C,Pollock D W.Water Resources Research,1989,25:477-507.
[22]Baehr A L,Bruell C J.Water Resour Res,1990,26:1155-1163.
[23]Bird R B,Stewart W E,Lightfoot E N.Transport phenomenon.2nd ed.New York:John Wiley &Sons,2002.
[24]Mason E A,Malinauskas A P.Transport in Porous Media:The Dusty Gas Model.New York:Elsevier,1983.
[25]Cayan F N,Pakalapati S R,Elizalde-Blancas F,Celik I.J Power Sources,2009,192:467-474.
[26]Ho T X,Kosinski P,Hoffmann A C,Vik A.Int J Hydrogen Energ,2009,34:3488-3499.
[27]Nikooyeh K,Jeje A A.Hill J M.J Power Sources,2007,171:601-609.
[28]Fluent 6.3 User’s Guide,Fluent Inc,2006.
[29]ANSYS CFX 13.0 help document,Ansys Inc,2010.
[30]COMSOL MULTIPHSICS Version 3.5 User’s Guide,COMSOL.AB,2007.
[31]Lawson K W,Lloyd D R.J Membrane Sci,1996,120:123-133.
[32]Kaza K R,Jackson R.Chem Eng Sci,1980,35:1179-1187.
[33]Webb S W,Phelan J M.Journal of Contaminant Hydrology,1997,27:285-308.
[34]Molins S,Mayer K,Amos R,Bekins B.Journal of Contaminant Hydrology,2010,112:15-29.
[35]Evans R,Watson G,Truitt J.J Appl Phys,1962,33:2682-2688.
[36]Liu S,Kong W,Lin Z.J Power Sources,2009,194:854-863.
[37]Fuller E N,Schettler P D,Giddings J C.Industrial & Engineering Chemistry,1966,58:18-27.
[38]Todd B,Young J B,J Power Sources,2002,110:186-200.
[39]Hou K,Hughes R.Chem Eng J,2001,82:311-328.
[40]Jeon D H,Nam J H,Kim C J.J Electrochem Soc,2006,153:A406-A417.
[41]Chen D,Lin Z,Zhu H,Kee R J.J Power Sources,2009,191:240-252.
[42]Williford R,Chick L.Surface Science,2003,547:421-437.
[43]Williford R E,Chick L A,Maupin G D,Simner S P,Stevenson J W.J Electrochem Soc,2003,150:A1067.
[44]Ni M,Leung D Y C,Leung M K H.J Power Sources,2008,183:133-142.
[45] Kang Y W,Li J,Cao G Y,Tu H Y,Yang J.Chinese J Chem Eng,2009,17:304-317.
[46]Wang Q,Li L,Wang C.J Power Sources,2009,186:399-407.