01021nam a2200193Ia 450000500170000000800410001702000120005808200160007010000180008624500520010425000080015626000260016430000180019050504720020870000200068094200080070099900170070895201020072520241211205612.0241211s1983    xx            000 0 und d  afcnm179  a515.35I/J72  aJones, D. S.  0aDifferential Equations and Mathematical Biology  a1ra  aLondon :bData,c1983  a336 páginas  a1.Introduction. 2.Linear ordinary differential equations with constant coefficients. 3.Modelling biological phenomena. 4.First order systems of ordinary differential equations. 5.Mathematics of heart physiology. 6.Mathematics of nerve impulse transmission. 7.Chemical reaction. 8.Predator and prey. 9.Partial differential equations. 10.Evolutions equations. 11.Problems of diffusion. 12.Catastrophe theory and biological phenomena. 13.Growth of tumours. 14.Epidemics.  a Sleeman, B. D.  yLIB  c49417d49417  00104070aBE-FCNMbBE-FCNMcTPd2017-06-13eDonacionfBuenoo515.35I/J72pFCNM136yLIBzInterno