Chien Liu
COMSOL Employee
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Posted:
6 years ago
13 juin 2019, 13:22 UTC−4
Updated:
6 years ago
13 juin 2019, 13:19 UTC−4
Hi Radu, A colleague of mine brought your comment to my attention. The variable is part of the Scharfetter-Gummel scheme used by the default finite volume discretization to compute the drift-diffusion current density. The formulation is complicated and it is impossible for us to document all the details. Nevertheless if you contact us at support@comosl.com and let us know what you would like to do, we may be able to provide some suggestions. Please do note that in general our support team can not help with any customized model with modifications to the Equation View. Sincerely, Chien
Hi Radu, A colleague of mine brought your comment to my attention. The variable is part of the Scharfetter-Gummel scheme used by the default finite volume discretization to compute the drift-diffusion current density. The formulation is complicated and it is impossible for us to document all the details. Nevertheless if you contact us at support@comosl.com and let us know what you would like to do, we may be able to provide some suggestions. Please do note that in general our support team can not help with any customized model with modifications to the Equation View. Sincerely, Chien
Please login with a confirmed email address before reporting spam
Posted:
6 years ago
14 juin 2019, 07:21 UTC−4
Hi Radu, A colleague of mine brought your comment to my attention. The variable is part of the Scharfetter-Gummel scheme used by the default finite volume discretization to compute the drift-diffusion current density. The formulation is complicated and it is impossible for us to document all the details. Nevertheless if you contact us at support@comosl.com and let us know what you would like to do, we may be able to provide some suggestions. Please do note that in general our support team can not help with any customized model with modifications to the Equation View. Sincerely, Chien
Hi Chien. Thank you very much for the clarification! I have written a detailed email to the address you mentioned. Cheers!
>Hi Radu, A colleague of mine brought your comment to my attention. The variable is part of the Scharfetter-Gummel scheme used by the default finite volume discretization to compute the drift-diffusion current density. The formulation is complicated and it is impossible for us to document all the details. Nevertheless if you contact us at support@comosl.com and let us know what you would like to do, we may be able to provide some suggestions. Please do note that in general our support team can not help with any customized model with modifications to the Equation View. Sincerely, Chien
Hi Chien. Thank you very much for the clarification! I have written a detailed email to the address you mentioned. Cheers!