Titlebook: Compartmental Modeling and Tracer Kinetics; David H. Anderson Book 1983 Springer-Verlag Berlin Heidelberg 1983 Biologisch-mathematisches M

外星人

靦腆

Xiaoqiang Cheng,Huayi Wu,Tinghua Ai,Min Yangerial from compartment j to compartment i (i ≠ j) is modeled by f.q., where f. is a nonnegative quantity called a . which may be a function of the amounts q = [q., q., ..., q. ]. (T denotes transpose), time t, and a vector of parameters α = [α., α., …, α. ]

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Nonlinear Compartmental Models,l, is kept at a constant temperature. There is continuous flow of reactants into this constantly stirred tank. After certain reactions take place inside the tank, a portion of the uniform mixture is then drained from the tank. This process is illustrated in Figure 5.1, where R denotes the fixed rate constant for flow into and out of the tank.

Itinerant

GLUE

燒烤

Computation of the Model Parameters,iple, which allows us to show existence and uniqueness of isolated solutions. In particular, Newton’s method--under certain restrictions-acts locally about a solution as a contractor, and via the Kantorovich conditions there can be established the existence of a solution unique to within a certain neighborhood.

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FOVEA

First-order Chemical Reactions,n industrial process is treated: the reduction of limestone into its main products, calcium oxide and magnesium oxide, through the chemical reactions.with the respective positive rate constants k.. We assume that the limestone consists of a fraction β of CaC0. and a remaining fraction 1 — β of MgC0.

嘲笑

REIGN

Nonlinear Compartmental Models, a device used in the chemical industry to allow chemicals to react in a controlled environment. A tank of constant volume, which is the reactor vessel, is kept at a constant temperature. There is continuous flow of reactants into this constantly stirred tank. After certain reactions take place insi