Computer simulation of gas generation and transport in landfills. V: Use of artificial neural network and the genetic algorithm for short- and long-term forecasting and planning von Li, Hu, Sanchez, Raudel, Joe Qin, S., Kavak, Halil I., Webster, Ian A., Tsotsis, Theodore T., Sahimi, Muhammad

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Gas Generation, Transport, and Extraction in Landfills von Arigala, Sumadhu G, Tsotsis, Theodore T, Webster, Ian A, Yortsos, Yanis C, Kattapuram, James J

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Studies of transport of asphaltenes through porous membranes: statistical structural models and continuum hydrodynamic theories von Ravi-Kumar, V.S., Tsotsis, Theodore T., Sahimi, Muhammad, Webster, Ian A.

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Hyperbolic kinetics may be a result of a common metabolic signal von Webster, Ian A

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The lineweaver-burk plot intercept: Influence of diffusion. Reply to N. G. Karanth and W. K. Shieh von Webster, Ian A.

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Criteria for the prediction of diffusional control within whole cells and cell flocs: Prediction of diffusional control von Webster, Ian A.

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COMMENT ON "CFSTR STABILITY WITH A COMPLEX BIOCHEMICAL REACTION" von Webster, Ian A.

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Is the use of classical diffusion-reaction theory strictly correct with immobilized enzymes? von Webster, Ian A.

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Comments on the influence of diffusive effects on the lineweaver-burk plot von Webster, Ian A.

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Multiple steady-state phenomena within enzyme reactors: The enzyme reaction with two substrates von Webster, Ian A., Shuler, Michael L.

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Intrinsic, inherent, and observed kinetic data with immobilized enzymes: The concept of rotational masking von Webster, Ian A.

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The continuously fed batch reactor for measuring microbial growth rates von Webster, Ian A.

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The dynamics of an open, isothermal homogeneous, single enzyme, two substrate system von Webster, Ian A.

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On the possible existence of concentration stability effects within a continuous well-mixed reactor when a solid catalyzed liquid to gas reaction occurs von Webster, Ian A.

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The measurement of effective substrate diffusities within whole cell suspensions using a diffusion-limited hollow fibre reactor: Diffusion-limited hollow fibre reactor von Webster, Ian A., Shuler, Michael L.

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On diffusional control in the disc fermenter von Webster, IanA

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MASS TRANSFER-REACTION COUPLING PRODUCES MULTIPLE SUBSTRATE CONCENTRATIONS AT FLOC SURFACE: SUBSTRATE INHIBITED KINETICS von WEBSTER, IAN A.

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Using the rotational masking concept to enhance substrate inhibited reaction rates: controlled pore supports for enzyme immobilization von Webster, Ian A., Schwier, Chris E., Bates, Frank S.

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Criteria for the prediction of diffusional control within whole cells and cell flocs von Webster, Ian A.

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The measurement of effective substrate diffusities within whole cell suspensions using a diffusion-limited hollow fibre reactor von Webster, Ian A., Shuler, Michael L.

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