Specific Process Knowledge/Thin film deposition: Difference between revisions
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[[/Deposition of Silicon|Silicon]] <br/> | [[/Deposition of Silicon|Silicon]] <br/> | ||
[[/Deposition of Germanium|Germanium]] <br/> | [[/Deposition of Germanium|Germanium]] <br/> | ||
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[[/Deposition of Silicon Nitride|Silicon Nitride]] - ''and oxynitride'' <br/> | [[/Deposition of Silicon Nitride|Silicon Nitride]] - ''and oxynitride'' <br/> | ||
[[/Deposition of Titanium Nitride|Titanium Nitride]] - ''conductive ceramics'' <br/> | [[/Deposition of Titanium Nitride|Titanium Nitride]] - ''conductive ceramics'' <br/> | ||
[[/Deposition of Niobium Titanium Nitride| Niobium Titanium Nitride]] - ''superconductors''<br/> | |||
[[/Deposition of Aluminium Nitride| Aluminum Nitride (Al<sub>x</sub>N<sub>y</sub>)]]<br/> | [[/Deposition of Aluminium Nitride| Aluminum Nitride (Al<sub>x</sub>N<sub>y</sub>)]]<br/> | ||
[[/Deposition of Scandium Nitride| Scandium Nitride (Sc<sub>x</sub>N<sub>y</sub>)]]<br/> | |||
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[[/Deposition of Tungsten|Tungsten]]<br/> | [[/Deposition of Tungsten|Tungsten]]<br/> | ||
[[/Deposition of Zinc|Zinc]]<br/> | [[/Deposition of Zinc|Zinc]]<br/> | ||
[[/Deposition of Scandium|Scandium]]<br/> | |||
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[[/Sputter deposition of oxides and other compounds|YSZ]] (Yttrium stabilized zirconia)<br/> | [[/Sputter deposition of oxides and other compounds|YSZ]] (Yttrium stabilized zirconia)<br/> | ||
[[/Gadolinium Cerium Oxide|Gd<sub>0.2</sub>Ce<sub>0.8</sub>O<sub>2</sub> (GCO)]] | |||
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*[[/Wordentec|Wordentec]] - ''E-beam evaporator, sputter and thermal evaporator'' | *[[/Wordentec|Wordentec]] - ''E-beam evaporator, sputter and thermal evaporator'' | ||
*[[/thermalevaporator|Thermal evaporator]] | *[[/thermalevaporator|Thermal evaporator]] | ||
*[[/Temescal|E Beam Evaporator (Temescal)]] | *[[/Temescal|E-Beam Evaporator (Temescal)]] | ||
*[[/10-pocket e-beam evaporator|E-Beam Evaporator (10 pockets)]] | |||
*[[/Sputter coater#Sputter_coater_03_(Cressington)|Sputter coater 03]] - ''Gold sputtering system'' | *[[/Sputter coater#Sputter_coater_03_(Cressington)|Sputter coater 03]] - ''Gold sputtering system'' | ||
*[[/Sputter coater#Sputter_coater_04_(Agar Scientific)|Sputter coater 04]] - ''Gold sputtering system'' | *[[/Sputter coater#Sputter_coater_04_(Agar Scientific)|Sputter coater 04]] - ''Gold sputtering system'' | ||
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*[[/PECVD|PECVD]] - ''Plasma Enhanced Chemical Vapor deposition'' | *[[/PECVD|PECVD]] - ''Plasma Enhanced Chemical Vapor deposition'' | ||
*[[/DiamondCVD|Seki Diamond CVD]] - ''Microwave Plasma CVD for diamond Growth'' | <!--*[[/DiamondCVD|Seki Diamond CVD]] - ''Microwave Plasma CVD for diamond Growth''--> | ||
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*[[/ALD Picosun R200|ALD1]] - Atomic Layer Deposition (thermal) | *[[/ALD Picosun R200|ALD1]] - Atomic Layer Deposition (thermal) | ||
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*[[/MVD|MVD]] - ''Molecular Vapor Deposition'' | *[[/MVD|MVD]] - ''Molecular Vapor Deposition'' | ||
* | *Electroplating of Ni, Cu, Au, etc. - ''Ask in the department of Mechanical Engineering'' | ||
*MOCVD - Epitaxial growth of InP, GaAs and other III-V materials - ''Ask DTU Electro if you are interested: [mailto:esem@dtu.dk Elizaveta Semenova] or [mailto:kryv@dtu.dk Kresten Yvind]'' | |||
*MOCVD - Epitaxial growth - ''Ask | |||
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Latest revision as of 09:43, 29 August 2024
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Unless otherwise stated, this page is written by DTU Nanolab internal
Choose material to deposit
| Semiconductors | Oxides | Nitrides | Carbon and Carbides | Metals | Alloys | Transparent conductive oxides | Polymers | Multilayers |
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Aluminium Oxide (Al2O3)
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Silicon Nitride - and oxynitride
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Carbon
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Aluminium
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AlCu And an electroceramic: YSZ (Yttrium stabilized zirconia) |
ITO (Tin doped Indium Oxide) |
SU-8 |
Oh no! My material is not on the list! Please contact the Thin Film group if you would like to inquire about a material that is not mentioned here.
Choose deposition equipment
| PVD - Physical vapor deposition | LPCVD - low pressure chemical vapor deposition | PECVD - plasma enhanced chemical vapor deposition | ALD - atomic layer deposition | Coaters - for polymers | Others
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See the Lithography/Coaters page for coating polymers |
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