Titlebook: Asymptotic Methods for the Fokker-Planck Equation and the Exit Problem in Applications; Johan Grasman,Onno A. Herwaarden Book 1999 Springe

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Triglyceride

J. W. Bakker,W. P. Roever,G. Rozenbergentration function for a pollutant is interpreted as the space-time probability density function for a contaminated water particle as it makes a random walk. We will take .. and .. constant. The method also applies to spatial heterogeneous dispersion constants, see Van Kooten (1996).

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Essentials of Object-Oriented Programming,given a starting point somewhere outside the domain. The approximation for the return time appears to be independent of this starting point. The return time is related to the notion of resilience that is used in ecology, see Sect. 9.2.

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Dispersive Groundwater Flow and Pollutionentration function for a pollutant is interpreted as the space-time probability density function for a contaminated water particle as it makes a random walk. We will take .. and .. constant. The method also applies to spatial heterogeneous dispersion constants, see Van Kooten (1996).

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Foundations of Nursing Practicexact solution. We choose to carry out a singular perturbation analysis because this method can be employed in higher dimensional problems for which an exact solution is not available. The present class of one-dimensional problems offers an excellent opportunity to develop the appropriate tools and to explore the scope of the method.

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Essentials of Object-Oriented Programming,m of extinction of one population within a system of interacting populations can be approached in a more conceivable way using a stochastic logistic approximation. Other biological applications of stochastic exit are found in Capocelli and Ricciardi (1971), Ebeling and Engel-Herbert (1982), and Cobb and Zacks (1985).