Strontium-Ruthenate Evaporation Materials Description
Strontium-Ruthenate Evaporation Materials are essential components in thin film deposition processes. These materials consist of strontium and ruthenium. They exhibit diverse electrical, magnetic and catalytic properties that support various applications. Strontium‐ruthenate films display high electrical conductivity. They are used in electrodes, interconnections and transparent conductive coatings. Their ferromagnetic properties enable applications in spintronics, magnetic sensors and data storage devices. Strontium‐ruthenate shows catalytic activity that facilitates chemical reactions in fuel cells, electrolysers and catalysts. Consequently, the Strontium‐Ruthenate Evaporation Materials contribute to advancements in electronics, magnetism and catalysis.
Strontium-Ruthenate Evaporation Materials Specification
Material Type |
Strontium-Ruthenate |
Symbol |
Sr2RuO4 |
Colour/Appearance |
Black, solid crystals |
Melting Point |
1,625 °C |
Theoretical Density |
5.45 g/cm³ |
Purity |
99.9% |
Form |
Powder/Pellets/Granules/Custom fabrication |
Strontium-Ruthenate Evaporation Materials Application
Strontium-Ruthenate Evaporation Materials are used in the following applications:
- They are utilised in deposition processes such as semiconductor deposition, chemical vapour deposition (CVD) and physical vapour deposition (PVD).
- They are employed in the production of thin film materials for modern electronic and optical devices.
Strontium-Ruthenate Evaporation Materials Packaging
The Strontium-Ruthenate Evaporation Materials are carefully packaged to prevent damage during storage and transport and thereby maintain product quality.
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Stanford Advanced Materials supplies a broad range of high-purity materials, evaporation sources and crucible coatings suitable for both thermal and E-Beam evaporation processes. Our range includes pure metals and alloys, oxide ceramics, rare earth oxides such as Sc2O3, Y2O3, La2O3 and other ceramics including fluorides and nitrides.