Can Carbon & Nitrogen React at High Temperatures?

  • Thread starter Si14
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In summary, the conversation discusses the possibility of carbon and nitrogen reacting at high temperatures, with one participant mentioning the existence of carbon nitrides but expressing doubt about their formation under the conditions described.
  • #1
Si14
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C+N2 (@ hight T)--> ?

Hi all,

I wonder if carbon (from graphene sheets) and nitrogen gas (from a compressed cylinder) can react at high temperatures?

Thank you very much.
 
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  • #2


Yes, http://sb2.epfl.ch/instituts/akarimi/cn_films.html"
 
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  • #3


chemisttree said:
Yes, http://sb2.epfl.ch/instituts/akarimi/cn_films.html"

Yes carbon nitrides exist, but that link doesn't say anything about them forming in the manner described by the OP. I'm doubtful you would see any nitride formation at any reasonable pressures/temperatures. You don't see any nitride formation on graphite crucibles when heated to 1000-2000 C in air.
 
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FAQ: Can Carbon & Nitrogen React at High Temperatures?

Can carbon and nitrogen react at high temperatures?

Yes, carbon and nitrogen can react at high temperatures to form a variety of compounds.

What are the conditions required for carbon and nitrogen to react?

The reaction between carbon and nitrogen typically requires high temperatures (above 1000°C), high pressure, and a catalyst.

What are the products of the reaction between carbon and nitrogen?

The products of this reaction can include various nitrides, such as silicon nitride, boron nitride, and titanium nitride.

Can this reaction occur naturally?

While carbon and nitrogen can react at high temperatures, this reaction does not typically occur naturally. It is usually induced in laboratory settings or industrial processes.

What are the applications of carbon and nitrogen reactions at high temperatures?

The reaction between carbon and nitrogen has many industrial applications, including the production of ceramics, coatings, and semiconductors.

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