Finite-element models for planar Hall probes of arbitrary shape and composition (Q1815940)
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scientific article; zbMATH DE number 947693
| Language | Label | Description | Also known as |
|---|---|---|---|
| English | Finite-element models for planar Hall probes of arbitrary shape and composition |
scientific article; zbMATH DE number 947693 |
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Finite-element models for planar Hall probes of arbitrary shape and composition (English)
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25 May 1997
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The finite element equations for a planar Hall region are derived directly from the condition of current conservation over volumes surrounding each point of a triangular mesh. The law of current conservation leads to a set of linear equations that relate the potential of each mesh point to the value at neighboring points and the local injection current. Implementation of the method in a computer code is presented.
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semiconductor
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finite element models
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Hall-effect probes
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current conservation
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0.82581407
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0.82120025
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0.81877714
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0.8151212
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0.81476045
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0.8135143
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0.81308126
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0.8130274
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