[1] Malhotra, S.C., "The character of multicomponent Mo-Bi ammoxidation catalysts", Eng. Chem. Process Des. Dev.,9 (2), 338-339 (1970). [2] Liu, M.H., "Kinetic characteristics of propylene ammoxida tion catalyst (MB-86)"[D], Zhejiang University, Hangzhuo(1994). (in Chinese) [3] Lankhuyzen, S.P., Florack, P.M., van Der Baan H.S., "Ki netic characteristics of ammonia oxidative decomposition", J Catal., 42 (1), 20-28 (1976). [4] Yu, J., Dai, J.L., "Kinetics and mechanism of ammonia oxidative decomposition with propylene", Petrochemical Technology, 17 (3), 140-144 (1988). (in Chinese) [5] Chen, F.Q., Zhan, X.L., "Kinetics of ammonia oxidative decomposition over the commercial propylene ammoxida tion catalyst(Mi-Bi)", Petrochemical Technology, 30 (7), 524 -526 (2001). (in Chinese) [6] Ezequiel, V. Albano, "Molecular simulation in heteroge neous chemistry ", Heterogeneous Chemistry Reviews, 3, 389-418 (1996). [7] Frenkel, D., Computer Modeling of Fluids, Polymers and Solids, Dorduecht, Kluwer Academic, 83-123 (1990). [8] Bruns, W., Motoc, I., Monte Carlo Application in PolymerScience, Heidelberg, Springer, 1-25 (1981). [9] Kristina Platkowski, Kard-Heinz Reichert, "Application of Monte Carlo methods for modeling of polymerization reactions’’, Polymer, 40, 1057-1066 (1999). [10] Binder, K., Application of the Monte Carlo in Statistical Physics, Springer Verlag, Berlin (1987). [11] Yang, Y.L., Zhang, H.D., Monte Carlo Method on Macromoleculs Science, Fudan University Press, Shanghai (1992). (in Chinese)
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