Reaction rate calculate for surface reactions
Budget: $15 – $25 AUD
Consider reactions S1 to S4 in the attachment.
The reaction is occuring on the surface of a particle
The particle is nucleated carbon.
Cs-H is a hydrogen occupied site.
Cs* is an unoccupied site.
The initial particle diameter is 100 nm.
Assume an arbitrary concentration of gaseous species in kmol/m3 and arbitrary concentration of site species in kmol/m2.
2Cb is the deposition in the carbon particle. Which means nucleated carbon particle will increase in size based on the rate of 2Cb formation.
Calculate the rate of consumption and production of all site species in units of kmol/m2.s and kg/s.
Calculate the rate of consumption and production of all gas species in units of kmol/m3.s and kg/s.
Show detailed step by step workout and conservation of units.
The reaction is occuring on the surface of a particle
The particle is nucleated carbon.
Cs-H is a hydrogen occupied site.
Cs* is an unoccupied site.
The initial particle diameter is 100 nm.
Assume an arbitrary concentration of gaseous species in kmol/m3 and arbitrary concentration of site species in kmol/m2.
2Cb is the deposition in the carbon particle. Which means nucleated carbon particle will increase in size based on the rate of 2Cb formation.
Calculate the rate of consumption and production of all site species in units of kmol/m2.s and kg/s.
Calculate the rate of consumption and production of all gas species in units of kmol/m3.s and kg/s.
Show detailed step by step workout and conservation of units.