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A weighting Monte Carlo method for modelling the optical radiation field in the ocean-atmosphere System
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B. A. KARGIN
Published/Copyright:
October 22, 2009
Published Online: 2009-10-22
Published in Print: 1992
Walter de Gruyter
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Articles in the same Issue
- Direct and inverse problems of the radiation transfer in a vegetative cover
- An algorithm of solution of parabolic equations with different time-steps in subdomains
- A weighting Monte Carlo method for modelling the optical radiation field in the ocean-atmosphere System
- Using the Kalman smoother to analyse and process oceanographic data
- Formulae of perturbation theory for non-selfadjoint eigenvalue problems in the case of multiple eigenvalue perturbation
- A cyclic iterative Chebyshev method for unconstrained minimization of functions
Articles in the same Issue
- Direct and inverse problems of the radiation transfer in a vegetative cover
- An algorithm of solution of parabolic equations with different time-steps in subdomains
- A weighting Monte Carlo method for modelling the optical radiation field in the ocean-atmosphere System
- Using the Kalman smoother to analyse and process oceanographic data
- Formulae of perturbation theory for non-selfadjoint eigenvalue problems in the case of multiple eigenvalue perturbation
- A cyclic iterative Chebyshev method for unconstrained minimization of functions
