Heat dissipation remains a key challenge to be addressed, determining the performance
and durability of smart electronic devices. Graphene reinforced metal matrix composites …

Carbon nanomaterials with a different character of the chemical bond—graphene (sp2) and
nanodiamond (sp3)—are the building bricks for a new class of all-carbon hybrid …

Peripheral structural modifications of arenes are widely used to control or improve the
optoelectronic properties, molecular assembly, and stability of aromatic π-materials as well …

Poor wettability and acoustic mismatch between diamond and copper cause low interface
thermal conductance and thus low thermal conductivity in their composites. In this work …

The synthesis of graphene on functional materials has been an issue of great interest in the
field of new-functional nanomaterials. As a promising semiconductor and mechanical …

We succeeded in the formation of a graphene-on-diamond (GOD) structure by the
graphitization of a diamond (111) surface. Before the graphitization, atomically flat diamond …

The physical performance of a heterostructure is strongly influenced by the adhesion
properties. The study of adhesion properties between graphene and diamond lattice is an …

We fabricated graphene on atomically flat diamond (111) surfaces via annealing with nickel
as a catalyst. The annealing was conducted at 900° C for 1 min under Ar atmosphere. Using …

The evolution of the diamond (111) surface as it undergoes reconstruction and subsequent
graphene formation is investigated with angle-resolved photoemission spectroscopy, low …

This work demonstrates that graphene/diamond (carbon sp 2-sp 3) heterojunctions can be
used as multibit optoelectronic memory, where light information is stored as multilevel …