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Fixed broken citations in optika.sensors.materials.quantum_efficiency_effective(). #37

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Jun 1, 2024
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Fixed broken citations in optika.sensors.materials.quantum_efficiency_effective(). #37

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8 changes: 4 additions & 4 deletions optika/sensors/_materials/_materials.py
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Original file line number Diff line number Diff line change
Expand Up @@ -119,17 +119,17 @@ def quantum_efficiency_effective(
The complex index of refraction of the ambient medium.
thickness_oxide
The thickness of the oxide layer on the back surface of the sensor.
Default is the value given in :cite:t:`Stearn1994`.
Default is the value given in :cite:t:`Stern1994`.
thickness_implant
The thickness of the implant layer.
Default is the value given in :cite:t:`Stearn1994`.
Default is the value given in :cite:t:`Stern1994`.
thickness_substrate
The thickness of the silicon substrate.
Default is the value given in :cite:t:`Stearn1994`.
Default is the value given in :cite:t:`Stern1994`.
cce_backsurface
The differential charge collection efficiency on the back surface
of the sensor.
Default is the value given in :cite:t:`Stearn1994`.
Default is the value given in :cite:t:`Stern1994`.
chemical_oxide
The chemical composition of the oxide layer.
The default is to assume the oxide layer is silicon dioxide.
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