MOCVD

GPTKB entity

Statements (53)
Predicate Object
gptkbp:instanceOf chemical vapor deposition technique
gptkbp:advantage high cost
scalability
precise composition control
high uniformity
toxic precursors
complex process control
gptkbp:alternativeName MOVPE
gptkbp:category thin film deposition
semiconductor manufacturing process
epitaxy
gptkbp:depot gptkb:II-VI_semiconductors
gptkb:III-V_semiconductors
oxides
nitrides
gptkbp:fullName gptkb:Metalorganic_Chemical_Vapor_Deposition
https://www.w3.org/2000/01/rdf-schema#label MOCVD
gptkbp:inventedBy gptkb:Harold_M._Manasevit
1960s
gptkbp:keyMaterials gptkb:indium_phosphide
gptkb:gallium_arsenide
gptkb:gallium_nitride
silicon carbide
aluminum gallium arsenide
zinc selenide
gptkbp:notableFor production of high electron mobility transistors (HEMTs)
production of blue LEDs
gptkbp:operatesIn high temperature
gptkbp:precursors hydrides
gaseous reactants
metalorganic compounds
gptkbp:processor chemical vapor deposition
gptkbp:relatedTo gptkb:MBE
gptkb:CVD
ALD
gptkbp:requires exhaust gas treatment
precursor delivery systems
specialized reactors
gptkbp:substrate gptkb:jewelry
gptkb:gallium_arsenide
silicon
silicon carbide
gptkbp:usedBy semiconductor industry
research laboratories
optoelectronics industry
gptkbp:usedFor semiconductor fabrication
LED manufacturing
laser diode fabrication
epitaxial growth of thin films
solar cell production
gptkbp:bfsParent gptkb:Metal-Organic_CVD_(MOCVD)
gptkb:metalorganic_chemical_vapor_deposition
gptkbp:bfsLayer 7