Neumann Boundary Condition For Electric Potential (Q4605): Difference between revisions

Revision as of 11:29, 30 January 2025

Typically used to indicate that the electric field should be perpendicalar to an electrode interface

Language	Label	Description	Also known as
English	Neumann Boundary Condition For Electric Potential	Typically used to indicate that the electric field should be perpendicalar to an electrode interface

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n\cdot \nabla \psi (r,t)|_{\Gamma _{N}}=0

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\Gamma _{N}

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\psi

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t

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Revision as of 11:29, 30 January 2025 Shehu (talk \| contribs) Administrators 1,341 edits ‎Changed claim: defining formula (P29): n \cdot \nabla \phi(r,t)\|_{\Gamma_N}=0 Tag: Reverted ← Older edit		Revision as of 11:29, 30 January 2025 Shehu (talk \| contribs) Administrators 1,341 edits ‎Changed claim: defining formula (P29): n \cdot \nabla \psi(r,t)\|_{\Gamma_N}=0 Tags: Manual revert Reverted Newer edit →
Property / defining formula		Property / defining formula
	$n\cdot \nabla \phi (r,t)\|_{\Gamma _{N}}=0$ `n \cdot \nabla \phi(r,t)\|_{\Gamma_N}=0`		$n\cdot \nabla \psi (r,t)\|_{\Gamma _{N}}=0$ `n \cdot \nabla \psi(r,t)\|_{\Gamma_N}=0`