Hybrid cubic/hexagonal diamondoids
AssigneeChevron U.S.A. Inc.
InventorsJeremy E. Dahl, Robert M. Carlson, Shenggao Liu
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Abstract
Novel compounds having a hybrid cubic/hexagonal diamond crystal structure are disclosed. Each of the four compounds have the stoichiometric formula C26H32 and a molecular weight of 344. The four compounds are contemplated to have a utility in diamond film nucleation.
Claims12
A composition of isolated hybrid cubic/hexagonal diamondoids comprising an isolated hybrid cubic/hexagonal diamondoid having the following structure:
- wherein the hybrid cubic/hexagonal diamondoid has a molecular weight of 344 and the stoichiometric formula C26H32.
A composition of isolated hybrid cubic/hexagonal diamondoids comprising an isolated hybrid cubic/hexagonal diamondoid having the following structure:
- wherein the hybrid cubic/hexagonal diamondoid has a molecular weight of 344 and the stoichiometric formula C26H32.
A composition of isolated hybrid cubic/hexagonal diamondoids comprising an isolated hybrid cubic/hexagonal diamondoid having the following structure:
- wherein the hybrid cubic/hexagonal diamondoid has a molecular weight of 344 and the stoichiometric formula C26H32.
A composition of isolated hybrid cubic/hexagonal diamondoids comprising an isolated hybrid cubic/hexagonal diamondoid having the following structure:
- wherein the hybrid cubic/hexagonal diamondoid has a molecular weight of 344 and the stoichiometric formula C26H32.
Dependencies are inferred from the claim text.