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  1. Where to find it
  2. How to use it
  3. Result
  4. Troubleshooting

Electric displacement

Understand the Electric displacement relationship used by Electrostatics.

Understand the Electric displacement relationship used by Electrostatics.

Where to find it

Electrostatics → equations

How to use it

Compare the terms, signs and units with your intended physical assumptions before choosing model inputs.

Result

Equation: \mathbf D=\boldsymbol{\epsilon}\mathbf E.

Troubleshooting

The equation describes the model assumptions; it is not a separate editable boundary condition. Check the parent physics page for setup and limitations.

Electric displacement — Telion 0.1.0-alpha | Telion