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Boundary condition for potential in electrodeposition
Posted 2015年6月5日 GMT-4 16:29 Version 5.0 2 Replies
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Hi,
I am trying to simulate electrodeposition of metal ions on a pure metal electrode, by using the Mathematics module (General form PDE). The boundary conditions for electrostatic potential are given as 0 volts on the left boundary and "the electric potential gradient on the right boundary is maintained at a constant value" (say, 0.5 volts).
How should I represent a gradient value on a boundary? Which boundary condition should I use?
Your replies would be most helpful.
Thanks,
Nihal
I am trying to simulate electrodeposition of metal ions on a pure metal electrode, by using the Mathematics module (General form PDE). The boundary conditions for electrostatic potential are given as 0 volts on the left boundary and "the electric potential gradient on the right boundary is maintained at a constant value" (say, 0.5 volts).
How should I represent a gradient value on a boundary? Which boundary condition should I use?
Your replies would be most helpful.
Thanks,
Nihal
2 Replies Last Post 2015年6月6日 GMT-4 13:19
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Posted:
9 years ago
Hi
Neumann condition is what you need. In general form PDE it is the Flux/Source condition. Gamma = -ux where u is the dependent variable (potential). Give a value for the variable g.
br
Lasse
Neumann condition is what you need. In general form PDE it is the Flux/Source condition. Gamma = -ux where u is the dependent variable (potential). Give a value for the variable g.
br
Lasse
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Posted:
9 years ago
Hi,
Thank you so much.
Best regards,
Nihal
Thank you so much.
Best regards,
Nihal