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Gyrotron
Beam
Processes for:
Coating
Polymer
Coating
Concept
for Gyrotron
Coating
What
is the Gyrotron?
Gyrotron Beam Properties
About
the Technology
The Gyrotron Advantage
Gyrotron
Beam Equipment
Home
215-244-4740
215-244-4742 fax
info@gyrotrontech
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| Ceramic
Coating |
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coating strength and durability is the result of this process |
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Phase
I. Avalanche
heating effect:
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- heating
begins and a small thermal gradient rises around the surface area.
Therefore, the temperature in this area is slightly higher
- higher
temperature leads to greater absorption (ceramics property) and
more energy is absorbed in the next moment
- greater
energy absorption leads to much higher temperature in this area
and consequently to even higher absorption, and so on.
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| Phase
II. Ceramic
surface under coating layer starts to melt |
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Phase
III. The
Gyrotron Beam passes through ceramic powder twice:
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- melted
surface becomes conductive and reflected the Beam
- coating
powder starts to melt
- a
wide transition zone is created
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