rdfs:comment
| - Dikote™ is a process that deposits a thin layer of diamond particles onto a solid surface. Methane gas is mixed with hydrogen gas to create a plasma when subjected to microwave energy. This plasma is passed over an object, imparting a diamond film as the gases cool on the surface. Because of the extreme temperatures involved in the diamond coating process, only ceramics, certain metals, and certain plastics can survive the procedure.
- Dikote(TM) is a process that deposits a thin layer of diamond particles onto a solid surface. Methane gas is mixed with hydrogen gas to create a plasma when subjected to microwave energy. This plasma is passed over an object, imparting a diamond film as the gases cool on the surface. Because of the extreme temperatures involved in the diamond coating process, only ceramics, certain metals, and certain plastics can survive the procedure.
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abstract
| - Dikote(TM) is a process that deposits a thin layer of diamond particles onto a solid surface. Methane gas is mixed with hydrogen gas to create a plasma when subjected to microwave energy. This plasma is passed over an object, imparting a diamond film as the gases cool on the surface. Because of the extreme temperatures involved in the diamond coating process, only ceramics, certain metals, and certain plastics can survive the procedure. Industrial applications of Dikote include smooth, almost-frictionless surfaces, increased structural integrity, drill bits, and semiconductors. Shadowrunners typically use Dikote to impart a stronger integrity to personal body armor and to apply an unmatched sharpness to edged weapons.
- Dikote™ is a process that deposits a thin layer of diamond particles onto a solid surface. Methane gas is mixed with hydrogen gas to create a plasma when subjected to microwave energy. This plasma is passed over an object, imparting a diamond film as the gases cool on the surface. Because of the extreme temperatures involved in the diamond coating process, only ceramics, certain metals, and certain plastics can survive the procedure. Industrial applications of Dikote include smooth, almost-frictionless surfaces, increased structural integrity, drill bits, and semiconductors. Shadowrunners typically use Dikote to impart a stronger integrity to personal body armor and to apply an unmatched sharpness to edged weapons.
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