About the Technology
- Diamond Thin Films
- Polymer Hybrid Coatings
- Vacuum Coating Technology
- Microwave Electron Cyclotron
Resonance (ECR) Plasma
- Plasma Chemistry
- Coating Materials
- Plasma Processing of Coatings
- Electrochemical Deposition
- Fabrication of Carbon Films
- Chemical Vapor Deposition Reactor
- Pulsed Laser Deposition
- Test Instruments
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Information Profile @ a Glance
- Chemical vapour deposition of diamond thin films
is leading to the development of diamond as a 21st century
engineering material.
- Chemical vapour deposition, as its name implies,
involves a gas phase chemical reaction
occurring above a solid surface, which causes deposition onto that
surface. All CVD techniques for producing diamond films require a
means of activating gas phase
carbon-containing precursor molecules.
- Diamond-like carbon films:
Diamond-like carbon (DLC) films are hard, amorphous films with a
significant fraction of sp3-hybridized carbon atoms and which can
contain a
significant amount of hydrogen. Depending on the deposition
conditions, these films can be fully amorphous or contain diamond
crystallites. These
materials are not called diamond unless a full three-dimensional
crystalline
lattice of diamond is proven.
- Applications for Diamond, Diamond-like, & CBN
Material Coatings & Films : Thermal
management, electronic & semiconductor, high power microwave tubes,
transistors,
X Ray masks, X Ray targets, computer & TV Screens, magnetic disks &
write up heads, sensors, thermistors, acoustic applications,
drilling & cutting tools,
medical tools, implants, optical devices,
electronics , automotive industry.
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