Description of reaction rate for steam methane reforming throughout a channel in combination with diffusion in a porous catalytic wall: Extension to concentration variation along flow direction

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Description of reaction rate for steam methane reforming throughout a channel in combination with diffusion in a porous catalytic wall: Extension to concentration variation along flow direction

Cited by 1 publication

References 20 publications

Consideration of boundary conditions of porous catalyst in numerical simulation with elementary reaction scheme of catalytic combustion

Consideration of boundary conditions of porous catalyst in numerical simulation with elementary reaction scheme of catalytic combustion

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