Spatially-varying boundary condition (electric potential)
Hi all! I am using the Electrostatics package and need to define a surface with a linearly-varying electric potential that depends on one dimension of the model (e.g. V(x,y) = Kx). I tried to define a...
View ArticleRe: Spatially-varying boundary condition (electric potential)
Hi Normally you can write out in your electric potential field V0*x/Length with Length a Parameter for normalisation in units of length (metres), or just V0*x[1/m] the latter with V0 given in Volts per...
View ArticleRe: Spatially-varying boundary condition (electric potential)
Dear Ivar, it works like a charm!!! THANKS SO MUCH, you just saved our day! :) Jorge.
View ArticleSpatially-varying boundary condition (electric potential)
Hi all! I am using the Electrostatics package and need to define a surface with a linearly-varying electric potential that depends on one dimension of the model (e.g. V(x,y) = Kx). I tried to define a...
View ArticleRe: Spatially-varying boundary condition (electric potential)
Hi Normally you can write out in your electric potential field V0*x/Length with Length a Parameter for normalisation in units of length (metres), or just V0*x[1/m] the latter with V0 given in Volts per...
View ArticleRe: Spatially-varying boundary condition (electric potential)
Dear Ivar, it works like a charm!!! THANKS SO MUCH, you just saved our day! :) Jorge.
View ArticleSpatially-varying boundary condition (electric potential)
Hi all! I am using the Electrostatics package and need to define a surface with a linearly-varying electric potential that depends on one dimension of the model (e.g. V(x,y) = Kx). I tried to define a...
View ArticleRe: Spatially-varying boundary condition (electric potential)
Hi Normally you can write out in your electric potential field V0*x/Length with Length a Parameter for normalisation in units of length (metres), or just V0*x[1/m] the latter with V0 given in Volts per...
View ArticleRe: Spatially-varying boundary condition (electric potential)
Dear Ivar, it works like a charm!!! THANKS SO MUCH, you just saved our day! :) Jorge.
View ArticleSpatially-varying boundary condition (electric potential)
Hi all! I am using the Electrostatics package and need to define a surface with a linearly-varying electric potential that depends on one dimension of the model (e.g. V(x,y) = Kx). I tried to define a...
View ArticleRe: Spatially-varying boundary condition (electric potential)
Hi Normally you can write out in your electric potential field V0*x/Length with Length a Parameter for normalisation in units of length (metres), or just V0*x[1/m] the latter with V0 given in Volts per...
View ArticleRe: Spatially-varying boundary condition (electric potential)
Dear Ivar, it works like a charm!!! THANKS SO MUCH, you just saved our day! :) Jorge.
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