Difference between revisions of "Silicon Wafer (P-type)"

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==Description==
 
==Description==
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The '''Silicon Wafer (P-type)''' can be made by annealing the [[Silicon Wafer (P-type) Unannealed|unannealed silicon safer (P-type)]] using the [[Annealing Furnace|annealing furnace]]. After the ion implantation process, the silicon crystal is disorganized by the ion's impacts. During the annealing process the wafer is heated and cooled several times to reorganize the crystal lattice. The '''Silicon Wafer (P-type) Unannealed''' can be annealed in the [[Annealing Furnace|annealing furnace]].
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The '''Silicon Wafer (P-type)''' can be made by annealing the [[Silicon Wafer (P-type) Unannealed|unannealed silicon safer (P-type)]] in the [[Annealing Furnace|annealing furnace]].  
  
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P-type silicon is formed when group III elements such as boron, indium, or gallium are used as doping agents. The addition of these elements results in an excess of positive charge carriers in the silicon, known as "holes." The term "P" in "P-type" stands for “positive” [https://waferpro.com/what-are-p-type-and-n-type-silicon-wafers/].
  
 
==Properties==
 
==Properties==
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==Recipes==
 
==Recipes==
  
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===Annealing Furnace===
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===Ion Beam===
 
 
{| class="wikitable sortable collapsible"
 
{| class="wikitable sortable collapsible"
 
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* [[Image:silicon_wafer.png|link=Silicon Wafer (P-type) Unannealed|32px|alt=Silicon Wafer P-type|[[Silicon Wafer (P-type) Unannealed||Silicon Wafer (P-type) Unannealed]]]] [[Silicon Wafer (P-type) Unannealed|Silicon Wafer (P-type) Unannealed]]
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* [[Image:silicon_wafer.png|link=Silicon Wafer (P-type)|32px|alt=Silicon Wafer (P-type)|[[Silicon Wafer (P-type)|Silicon Wafer (P-type)]]]] [[Silicon Wafer (P-type)|Silicon Wafer (P-type)]]
 
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* [[Silicon Wafer]]
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* [[Silicon Wafer (P-type) Unannealed]]
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* [[Bag (Boron)]]
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* [[Cartridge (Nitrogen)]]
 
| {{Inventory|
 
| {{Inventory|
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{{Inventory/Slot|index=0|title=Fuel|image=Fuel.png|link=List of Fuels}}
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{{Inventory/Slot|index=2|title=Fuel|image=Fuel.png|link=List of Fuels}}
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{{Inventory/Slot|index=1|title=Bag (Boron)|image=Vessel_bag.png|link=Bag (Boron)|amount=1}}
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{{Inventory/Slot|index=1|title=Cartridge (Nitrogen)|image=Vessel_cartridge.png|link=Cartridge (Nitrogen)|amount=1}}
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{{Inventory/Slot|index=3|title=Silicon Wafer|image=silicon_wafer.png|link=Silicon Wafer}}
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{{Inventory/Slot|index=0|title=Silicon Wafer (P-type) Unannealed|image=silicon_wafer.png|link=Silicon Wafer (P-type) Unannealed}}
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{{Inventory/Slot|index=4|title=Silicon Wafer (P-type) Unannealed|image=silicon_wafer.png|link=Silicon Wafer (P-type) Unannealed}}
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{{Inventory/Slot|index=3|title=Silicon Wafer (P-type)|image=silicon_wafer.png|link=Silicon Wafer (P-type)}}
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|type=ion-beam|shapeless=false}}
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|type=o2_furnace|shapeless=false}}
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|-
 
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* [[Image:silicon_wafer.png|link=Silicon Wafer (P-type) Unannealed|32px|alt=Silicon Wafer (P-type) Unannealed||[[Silicon Wafer (P-type) Unannealed||Silicon Wafer (P-type) Unannealed]]]] [[Silicon Wafer (P-type) Unannealed||Silicon Wafer (P-type) Unannealed]]
 
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* [[Silicon Wafer]]
 
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* [[Bag (Indium)]]
 
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| {{Inventory|
 
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{{Inventory/Slot|index=0|title=Fuel|image=Fuel.png|link=List of Fuels}}
 
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{{Inventory/Slot|index=1|title=Bag (Indium)|image=Vessel_bag.png|link=Bag (Indium)|amount=1}}
 
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{{Inventory/Slot|index=3|title=Silicon Wafer|image=silicon_wafer.png|link=Silicon Wafer}}
 
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{{Inventory/Slot|index=4|title=Silicon Wafer (P-type) Unannealed|image=silicon_wafer.png|link=Silicon Wafer (P-type) Unannealed}}
 
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|type=ion-beam|shapeless=false}}
 
 
|}
 
|}
  
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===Annealing Furnace===
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===O<sub>2</sub> Furnace===
 
{| class="wikitable sortable collapsible"
 
{| class="wikitable sortable collapsible"
 
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* [[Image:silicon_wafer.png|link=Silicon Wafer (P-type)|32px|alt=Silicon Wafer (P-type)|[[Silicon Wafer (P-type)|Silicon Wafer (P-type)]]]] [[Silicon Wafer (P-type)|Silicon Wafer (P-type)]]
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* [[Image:silicon_wafer.png|link=Silicon Wafer (P-type) SiO2|32px|alt=Silicon Wafer (P-type) SiO2|[[Silicon Wafer (P-type) SiO2|Silicon Wafer (P-type) SiO<sub>2</sub>]]]] [[Silicon Wafer (P-type) SiO2|Silicon Wafer (P-type) SiO<sub>2</sub>]]
 
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* [[Silicon Wafer (P-type) Unannealed]]
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* [[Silicon Wafer (P-type)]]
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* [[Cartridge (Nitrogen)]]
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* [[Cartridge (Oxygen)]]
 
| {{Inventory|
 
| {{Inventory|
 
{{Inventory/Slot|index=2|title=Fuel|image=Fuel.png|link=List of Fuels}}
 
{{Inventory/Slot|index=2|title=Fuel|image=Fuel.png|link=List of Fuels}}
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{{Inventory/Slot|index=1|title=Cartridge (Nitrogen)|image=Vessel_cartridge.png|link=Cartridge (Nitrogen)|amount=1}}
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{{Inventory/Slot|index=1|title=Cartridge (Oxygen)|image=Vessel_cartridge.png|link=Cartridge (Oxygen)|amount=1}}
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{{Inventory/Slot|index=0|title=Silicon Wafer (P-type) Unannealed|image=silicon_wafer.png|link=Silicon Wafer (P-type) Unannealed}}
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{{Inventory/Slot|index=0|title=Silicon Wafer (P-type)|image=silicon_wafer.png|link=Silicon Wafer (P-type)}}
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{{Inventory/Slot|index=3|title=Silicon Wafer (P-type)|image=silicon_wafer.png|link=Silicon Wafer (P-type)}}
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{{Inventory/Slot|index=3|title=Silicon Wafer (P-type) SiO<sub>2</sub>|image=silicon_wafer.png|link=Silicon Wafer (P-type) SiO2}}
 
|type=o2_furnace|shapeless=false}}
 
|type=o2_furnace|shapeless=false}}
 
|}
 
|}

Latest revision as of 03:31, 19 April 2024

Description

The Silicon Wafer (P-type) can be made by annealing the unannealed silicon safer (P-type) in the annealing furnace.

P-type silicon is formed when group III elements such as boron, indium, or gallium are used as doping agents. The addition of these elements results in an excess of positive charge carriers in the silicon, known as "holes." The term "P" in "P-type" stands for “positive” [1].

Properties

Name Value
Release Version 1.3.2

Recipes

Annealing Furnace

Outputs Components Recipe
Fuel
Cartridge (Nitrogen)
1
Silicon Wafer (P-type) Unannealed
Silicon Wafer (P-type)


O2 Furnace

Outputs Components Recipe
Fuel
Cartridge (Oxygen)
1
Silicon Wafer (P-type)
Silicon Wafer (P-type) SiO2

History

Gallery

References

Retrieved from "https://polycraft.utdallas.edu/index.php?title=Silicon_Wafer_(P-type)&oldid=20984"