Comparing Dirichlet and Dankwerts inlet condition for bioaffinity chromatography via Lattice Boltzmann simulatons (2017)
- Autor:
- Autor USP: RABI, JOSE ANTONIO - FZEA
- Unidade: FZEA
- Subjects: SIMULAÇÃO; FENÔMENOS DE TRANSPORTE; CROMATOGRAFIA DE AFINIDADE
- Language: Inglês
- Imprenta:
- Publisher: International Association for Mathematics and Computers in Simulation
- Publisher place: Rome
- Date published: 2017
- Source:
- Título do periódico: Proceedings MASCOT
- ISSN: 1098-870X
- Conference titles: Meeting on Applied Scientific Computing and Tools : grid generation, approximation and visualization
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ABNT
RABI, José Antonio. Comparing Dirichlet and Dankwerts inlet condition for bioaffinity chromatography via Lattice Boltzmann simulatons. Anais.. Rome: International Association for Mathematics and Computers in Simulation, 2017. -
APA
Rabi, J. A. (2017). Comparing Dirichlet and Dankwerts inlet condition for bioaffinity chromatography via Lattice Boltzmann simulatons. In Proceedings MASCOT. Rome: International Association for Mathematics and Computers in Simulation. -
NLM
Rabi JA. Comparing Dirichlet and Dankwerts inlet condition for bioaffinity chromatography via Lattice Boltzmann simulatons. Proceedings MASCOT. 2017 ; -
Vancouver
Rabi JA. Comparing Dirichlet and Dankwerts inlet condition for bioaffinity chromatography via Lattice Boltzmann simulatons. Proceedings MASCOT. 2017 ; - Radon-222 transport into open air from a phosphogypsum stack: numerical simulation for different aspect ratios
- Development of an interactive computational tool for transport phenomena education in the food engineering undergraduate program at FZEA-USP
- Development of an interactive computational tool for transport phenomena education in the food engineering undergraduate program at FZEA-USP
- Numerical simulation of heat and mass transfer problems of agroindustrial interest via Lattice-Boltzmann method
- Numerical simulation of fixed-bed biospecific affinity chromatography via Lattice-Boltzmann method
- Parametric modelling and numerical simulation of natural-convective transport of radon-222 from a phosphogypsum stack into open air
- Radon-222 accumulation in air confined by phosphogypsum-bearing boundaries: simulation for distinct exhaling scenarios
- Numerical simulation of 222Rn exhalation from phosphogypsum building blocks and accumulation inside a closed chamber
- Radon-222 transport into open air from a phosphogypsum stack: numerical simulation for different aspect ratios
- Mathematical modelling and numerical simulation of radon-222 exhalation from phosphogypsum-bearing materials and its air-borne concentration
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