La2O3 Deposition - Lanthanum(III) Oxide Deposition

OpAL

OpAL® – A compact open-load system
for Atomic Layer Deposition (ALD)

 

 

(Radical assisted by remote plasma)

Related Products:  

FlexAL         OpAL

 

Precursor: La(thd) [solid with low vapour pressure]

Plasma gas: O2
(does not react thermally with H2O)

Dose control by fast pulse ALD valve bubbled at 190° C
Deposition temperature: 250° - 300° C
0.18 A/ cycle (saturated dose at 300° C)
Refractive index 1.72 - 1.74

 Why remote plasma ALD ?
A "remote plasma" makes sure, the substrates are NOT in contact with the plasma !

The remote plasma just cracks molecules, so that very reactive species can be used for the growth process.

Such reactive species often enable a very efficient plasma preclean of the substrates, lead to cleaner films and lower the deposition temperature

 

 

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Related Information

Deposition Processes - Deposition Process
SiO2 Deposition - Silicon Dioxide Deposition
SiN Deposition - Silicon Nitride Deposition
Hfn Deposition - Hafnium Deposition
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Indium Tin Oxide Magnetron Sputtering Deposition
Al2O3 - Aluminium Oxide Deposition
Ion Beam Deposition of VaO(5-x) - Vanadium Pentoxide Deposition
TiO2 Deposition - Titanium Dioxide Deposition
ZnO ALD - Zinc Oxide Atomic Layer Deposition
Hafnium dioxide Reactive Ion Beam Deposition (HfO2 RIBD)
Ru Deposition - Ruthenium Deposition
a-Si Deposition - Amorphous Silicon Deposition (PECVD)
DLC Deposition - Diamond like Carbon Deposition
SiC Deposition - Silicon Carbide Plasma Enhanced Chemical Vapour Deposition
SiGe Deposition - Silicon Germanium Deposition
PolySi Deposition - Polysilicon Deposition

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