[1]Gidaspow, D. (1970). "Fuel cells: Their electrochemistry, John O'M. Bockris and Suprmaniam Srinivasan, McGraw-Hill, New York (1969). 659 pages. $20.00."AIChE Journal 16(4): 512-702. [2]Gidaspow, D. (1971). "Green's functions for the Graetz problem and interfacial concentrations." AIChE Journal 17(1): 19-24. [3]Gidaspow, D. and B. S. Baker (1965). "Heat transfer in a fuel cell battery." AIChE Journal 11(5): 825-831. [4]Gidaspow, D. and R. T. Ellington (1964). "Surface combustion of hydrogen: Part I.On platinum-coated alumina." AIChE Journal 10(5): 707-713. [5]Gidaspow, D. and R. T. Ellington (1964). "Surface combustion of hydrogen: Part II.On oxidized nickel." AIChE Journal 10(5): 714-716. [6]Gidaspow, D. and S. Sareen (1970). "Purge dynamics of fuel cells." AIChE Journal 16(4): 560-568. [7]H. Zhang, W. X. H. J. X. Z. (2001). "Gas-solids flow behavior: CFB riser vs.downer." AIChE Journal 47(9): 2000-2011. [8]Harris, A. T., J. F. Davidson, et al. (2003). "Influence of exit geometry in circulating fluidized-bed risers." AIChE Journal 49(1): 52-64. [9]Hsiaotao Bi, J. Z. (1993). "Static instability analysis of circulating fluidized beds and concept of high-density risers." AIChE Journal 39(8): 1272-1280. [10]J. L. Sinclair, R. J. (1989). "Gas-particle flow in a vertical pipe with particle-particle interactions." AIChE Journal 35(9): 1473-1486. 诸位辛苦了。还有很多篇呢。