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Browsing by Author Y. Lenbury

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Issue DateTitleAuthor(s)
10-Oct-2003The Analysis of Higher-Order Cascade Systems with Separation Conditions Pivoting on the Slow Components: Application to a Model of Migration for Survival of the SpeciesT. Dumrongpokaphan; Y. Lenbury; P. S. Crooke; Mahidol University; Vanderbilt University
1-Jan-1996Bifurcation and chaos in a membrane permeability sensitive model for a continuous bioreactorY. Lenbury; B. Sukprasong; B. Novaprateep; Mahidol University
1-Jan-1993Coexistence of competing microbial species in a chemostat where one population feeds on anotherY. Lenbury; M. Siengsanan; Mahidol University
1-Jan-1987Direction of the sustained oscillation trajectory in the cell‐product phase plane describing product inhibition on continuous fermentation systemsY. Lenbury; Ch Chiaranai; Mahidol University
1-Jan-1994Dynamic behavior classification of a model for a continuous bio-reactor subject to product inhibitionY. Lenbury; B. Novaprateep; B. Wiwatpataphee; Mahidol University
1-Dec-2011Dynamical analysis of a model of skeletal muscles with myotonia or periodic paralysisK. Kocharoen; J. Bell; Y. Lenbury; Mahidol University; University of Maryland, Baltimore County
1-Sep-2010The dynamics of a nonlinear model of signal transduction in human under impulsive depressant drug treatmentC. Rattanakul; Y. Lenbury; J. Kongson; W. Triampo; Mahidol University; PERDO Commission on Higher Education
1-Jan-2007An intracellular delay-differential equation model of the HIV infection and immune controlT. Dumrongpokaphan; Y. Lenbury; R. Ouncharoen; Y. Xu; Chiang Mai University; Mahidol University; Syracuse University
1-Dec-2009Investigating the heterodimerization process among receptors by Monte Carlo cellular automaton simulationA. Wisitsorasak; W. Triampo; D. Triampo; C. Modchang; Y. Lenbury; Mahidol University; South Carolina Commission on Higher Education
1-Jan-1989Investigation of the volume effect on a simple batch fermentation processP. Crooke; R. D. Tanner; Y. Lenbury; Vanderbilt University; Mahidol University
1-Jan-1994Low- and high-frequency oscillations in a food chain where one of the competing species feeds on the otherY. Lenbury; C. Likasiri; Mahidol University
1-Mar-2005Mathematical models for pressure controlled ventilation of oleic acid-injured pigsPhilip S. Crooke; K. Kongkul; Y. Lenbury; A. B. Adams; C. S. Carter; J. J. Marini; J. R. Hotchkiss; Vanderbilt University; Mahidol University; University of Minnesota Twin Cities
1-Dec-2010More realistic model for simulating min protein dynamics: Lattice Boltzmann method incorporating the role of nucleoidsJ. Yojina; W. Ngamsaad; N. Nuttavut; D. Triampo; Y. Lenbury; W. Triampo; P. Kanthang; S. Sriyab; Mahidol University; PERDO; Chiang Mai University
1-Jul-2010More realistic model for simulating min protein dynamics: Lattice Boltzmann method incorporating the role of nucleoidsJ. Yojina; W. Ngamsaad; N. Nuttavut; D. Triampo; Y. Lenbury; W. Triampo; P. Kanthang; S. Sriyab; Mahidol University; PERDO; Chiang Mai University
17-Nov-2010More realistic model for simulating min protein dynamics: Lattice boltzmann method incorporating the role of nucleoidsJ. Yojina; W. Ngamsaad; N. Nuttavut; D. Triampo; Y. Lenbury; W. Triampo; P. Kanthang; S. Sriyab; Mahidol University; PERDO; Chiang Mai University
1-Dec-2010Multiple latticed cellular automata: HIV dynamics in coupled lymph node and peripheral blood compartmentsS. Moonchai; Y. Lenbury; W. Triampo; Chiang Mai University; Mahidol University; South Carolina Commission on Higher Education
1-Jun-2011Non-equilibrium statistical mechanics of a driven lattice gas model: Probability function, FDT-violation, and monte carlo simulationsK. Sudprasert; M. Precharattana; N. Nuttavut; D. Triampo; B. Pattanasiri; Y. Lenbury; W. Triampo; Mahidol University; PERDO
1-Mar-2011Non-equilibrium statistical mechanics of a driven lattice gas model: Probability function, FDT-violation, and Monte Carlo simulationsK. Sudprasert; M. Precharattana; N. Nuttavut; D. Triampo; B. Pattanasiri; Y. Lenbury; W. Triampo; Mahidol University; PERDO
1-Sep-2004Nonlinear delay differential equations involving population growthY. Lenbury; D. V. Giang; Mahidol University; Hanoi Institute of Mathematics
1-Apr-2005Nonlinear stability analyses of pattern formation on solid surfaces during ion-sputtered erosionA. Pansuwan; C. Rattanakul; Y. Lenbury; D. J. Wollkind; L. Harrison; I. Rajapakse; K. Cooper; Mahidol University; Washington State University Pullman