Articles on Pyrolytic Diamond

In summary, while there are numerous articles on Pyrolytic Graphite, there seems to be a lack of research on Pyrolytic Diamond. It is possible that Pyrolytic Diamond may have stronger diamagnetic properties than Pyrolytic Graphite at room temperature, but no experiments using liquid nitrogen have been found to determine its super cooled properties. Additionally, Pyrolytic Diamond is not commonly formed and must be produced through specialized processes.
  • #1
Intuitive
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I have searched the web top to bottem for any articles on Pyrolytic Diamond, I am starting to believe that nobody has thought of doing such a material Experiment.

There are tons of articles on Pyrolytic Graphite but none of Pyrolytic Diamond.

I am aware that Pyrolytic Graphite Levitates on strong Magnetic fields at room temperature, Maybe Pyrolytic Diamond will be stronger in Diamagnetism than Pyrolytic Graphite at room temperature.

Also, I have not found any experiments using Liquid Nitrogen on Pyrolytic Graphite for determining its super cooled properties.:smile:
 
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  • #2
Diamond is formed in some very special processes, and I believe that pyrolytic carbon does not form diamond. There are several companies that produce industrial diamond, e.g. Norton http://www.norton-diamond.com/

GE developed a process for high quality diamonds, and apparently sold the technology. http://www.abrasivesnet.com/en/news/littlejohn.html [Broken]
 
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  • #3


Thank you for sharing your findings on Pyrolytic Diamond. It is indeed interesting that there seems to be a lack of research and experiments on this material compared to Pyrolytic Graphite.

However, it is important to note that Pyrolytic Diamond is a relatively new material and its properties and potential applications are still being explored. It is possible that researchers and scientists are currently focusing on other materials and have not yet delved into Pyrolytic Diamond.

Additionally, conducting experiments on Pyrolytic Diamond may require specialized equipment and resources, which could also contribute to the limited research on this material.

That being said, your idea of using liquid nitrogen to determine its super cooled properties is intriguing. It could potentially reveal unique characteristics of Pyrolytic Diamond and open up new possibilities for its use in various industries.

Hopefully, as more attention is given to Pyrolytic Diamond, we will see an increase in articles and research on this material. Thank you for your interest and contribution to the field of materials science.
 

1. What is pyrolytic diamond?

Pyrolytic diamond is a synthetic diamond material that is produced through a process called chemical vapor deposition, or CVD. It is created by heating a gas mixture of hydrocarbon and hydrogen in a vacuum chamber, causing the carbon atoms to deposit and form a diamond film on a substrate. This process mimics the natural formation of diamonds in the Earth's crust, but on a much faster time scale.

2. What are the properties of pyrolytic diamond?

Pyrolytic diamond has extremely high hardness, thermal conductivity, and chemical resistance. It is also electrically insulating and optically transparent. Its properties can be tailored by adjusting the deposition parameters, such as gas composition and temperature, allowing for a wide range of potential applications.

3. What are the potential applications of pyrolytic diamond?

Pyrolytic diamond has many potential applications, including use as a cutting tool in industries such as aerospace and automotive, as a heat spreader in electronics, and as a coating for medical implants. It is also being explored for use in quantum technologies and as a protective coating for space exploration.

4. How does pyrolytic diamond compare to natural diamonds?

Pyrolytic diamond has similar properties to natural diamonds, but it can be produced in larger sizes and shapes. It also does not have the imperfections and inclusions that are present in natural diamonds, making it a more consistent and reliable material for certain applications. However, it is currently more expensive to produce than natural diamonds.

5. What are the challenges with producing pyrolytic diamond?

One of the main challenges with producing pyrolytic diamond is achieving high-quality and uniform films. The deposition process can be complex and requires precise control of deposition parameters. Another challenge is the high cost of production, which is currently a barrier to its widespread commercial use. Research and development efforts are ongoing to address these challenges and make pyrolytic diamond more accessible and affordable.

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