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Pyrolytic Graphite Sputtering Targets and Applications

Pyrolytic graphite is a material similar to graphite, but with some covalent bonding between its graphene sheets as a result of imperfections in its production.
Pyrolytic graphite is man-made and is not found in nature. Pyrolytic graphite exhibits good thermal and electrical conductivity as well as high durability and chemical and wear resistance. The thermal and mechanical properties have led to usage as a coating that can be obtained by sputtering targets for individual pebbles in pebble bed reactors and rocket nozzles as well as electronic thermal management applications including heat spreaders. Pyrolytic graphite is biocompatible and thromboresistant and has been investigated as a coating for heart valves and other forms of prosthesis.
Pyrolytic graphite sputtering targets can also be used for coating optical fibers and this coating make them more resistant to harsh environmental conditions. Pyrolytic graphite films can be used also in microelectronics components including vertical interconnects and wires, gate electrodes and electrodes in metal-silicon-insulator capacitors. The ease of processing and favorable properties of pyrolytic graphite make it a good candidate for novel approaches to device fabrication.
Thin films obtained by using pyrolytic graphite sputtering targets are being used for thermal management in electronic devices like smartphones. These films are potentially useful for cryogenic applications, especially in space engineering. One recent example of the usage of pyrolytic graphite thin films is their use in a vibration isolated thermal link for cryocoolers.
For detailed information about pyrolytic graphite films and their applications you may check the paper given below:
If you need pyrolytic graphite sputtering targets for your research needs, you may contact with us by clicking the links given below:

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