| Contents Notes |
Biofilms : a basis for an interdisciplinary approach / William G. Characklis and Kevin C. Marshall -- Process analysis ; Laboratory biofilm reactors / William G. Characklis -- Physical and chemical properties of biofilms / Bjrn E. Christensen and William G. Characklis -- The microbial cell / William G. Characklis, Kevin C. Marshall, and Gordon A. McFeters -- Energetics and stoichiometry ; Biofilm processes ; Kinetics of microbial transformations / William G. Characklis -- Transport and interfacial transfer phenomena / William G. Characklis, Mukesh H. Turakhia, and Nicholas Zelver -- Physiological ecology in biofilm systems / William G. Characklis, Gordon A. McFeters, and Kevin C. Marshall -- Modeling mixed population biofilms / Willi Gujer and Oskar Wanner -- Modeling the initial events in biofilm accumulation / Andreas Escher and William G. Characklis. Modeling a monopopulation biofilm system : Pseudomonas aeruginosa / Rune Bakke ... {et al.} -- Microbial fouling ; Microbial biofouling control / William G. Characklis -- Microbial corrosion / Brenda J. Little ... {et al.} -- Biofilms in water and wastewater treatment / James D. Bryers and William G. Characklis -- Biofilms in porous media / A.B. Cunningham, E.J. Bouwer, and William G. Characklis -- Biofilms in biotechnology / James D. Bryers. |
