Pulsed laser deposition is an excellent technology for growing diamond-like carbon films. It
can provide sufficient ion energy at a low temperature to achieve the desired compound or …

Novel phase Q-carbon thin films exhibit some intriguing features and have been explored for
various potential applications. Herein, we report the growth of different Q-carbon structures …

The lack of bandgap is a fundamental issue in graphene devices, which can be solved by
fabricating reduced graphene oxide (rGO). However, its device integration is impeded by the …

A newly discovered quenched form of carbon, widely known as Q-carbon, thin films are
synthesized by the direct conversion of the amorphous carbon layer using the nanosecond …

Q-carbon is a metastable phase of carbon formed by melting and subsequently quenching
amorphous carbon films by a nanosecond laser in a super undercooled state. As Q-carbon …

Q-carbon, a quenched form of carbon, is a recently discovered carbon structure that has
tremendous properties, compatibility, and potential for use in device fabrication and other …

Q-carbon is a densely packed metastable phase of carbon formed by ultrafast quenching of
carbon melt in a super-undercooled state. After quenching, diamond tetrahedra are …

In this study, we prepared Q-carbon by adjusting the sp 3 content in diamond-like carbon
(DLC) films and the laser energy density of pulsed laser annealing (PLA). The amorphous …

Vanadium dioxide (VO2) is a strongly correlated material with 3d electrons, which exhibits
temperature-driven insulator-to-metal transition with a concurrent change in the crystal …

We describe the formation of highly uniform Quenched-carbon (Q-carbon) layers by plasma-
enhanced chemical vapor deposition (PECVD) followed by low-energy Ar+ ion …