Can Diamond Compounds Contain Carbon in Their Chemical Structures?

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Discussion Overview

The discussion revolves around the presence of carbon in chemical compounds that may include diamond structures. Participants explore various aspects of diamond-related compounds, including their chemical properties and potential applications in technology.

Discussion Character

  • Exploratory, Technical explanation, Conceptual clarification

Main Points Raised

  • Some participants inquire whether chemical compounds can include carbon in a diamond form, with one suggesting the concept of doped diamond.
  • There is mention of diamond semiconductors and the potential for creating thin films doped with boron, which could offer advantages over traditional silicon semiconductors.
  • Adamantane is presented as a compound that has a diamond-like structure, with hydrogens at the vertices, resembling the unit cell of diamond.
  • A participant expresses confusion about how hydrogen fits into the diamond structure, prompting clarification about the bonding of carbon and hydrogen in adamantane.
  • Clarification is provided that in adamantane, carbons at the vertices are bonded to three other carbons, with the remaining bond connecting to hydrogen.

Areas of Agreement / Disagreement

Participants express varying interpretations of the initial question regarding carbon in diamond compounds, and while some concepts are clarified, there is no consensus on the broader implications or definitions of such compounds.

Contextual Notes

The discussion highlights potential ambiguities in the definitions of chemical compounds and the specific roles of carbon in diamond-like structures, which may depend on the context of the inquiry.

Who May Find This Useful

Readers interested in chemistry, materials science, and semiconductor technology may find the exploration of diamond-related compounds and their properties relevant.

Loren Booda
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Are there any chemical compounds that include carbon as diamond?
 
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Loren Booda said:
Are there any chemical compounds that include carbon as diamond?
Do you mean something like doped diamond? Otherwise I cannot understand your question; a chemical compound is made of two or more different atoms bound together, so you can have, e.g., C_x H_y and it doesn't matter if C came from graphite or diamond or nanotubes, in the compound it's not that anylonger.

About diamond semiconductors, there are studies on making thin films of them doped for example with boron. It would have very interesting properties: higher speeds, higher working temperatures, with respect to silicon semiconductors, higher operating voltages and smaller devices (diodes, transistors) dimensions with respect to silicon and GaAs semiconductors, even if no device has actually been made yet.
 
Last edited:
Adamantane. It has the diamond template but hydrogens exist at the vertices of the compound which could be described as the unit cell of diamond. Also look at 'diamondoids'.
 
Last edited:
chemisttree said:
Adamantane. It has the diamond template but hydrogens exist at the vertices of the compound which could be described as the unit cell of diamond. Also look at 'diamondoids'.

That's fascinating, I thought diamond was C4 or carbon bonded with carbon until it was full.

How does it fit a hydrogen in there?
 
There are carbons at the vertices attached to three other carbons in the compound. The remaining bond is to hydrogen. Sorry if that wasn't clear before.
 

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