Nirakar Poudel

TL;DR: The fundamental chemistry of BP degradation and the tremendous progress made to address this issue are extensively reviewed and device performances of encapsulated BP are compared with nonencapsulated BP.

TL;DR: Scanning thermal microscopy measurements reveal a significant thermal benefit of including a high thermal conductivity hexagonal boron nitride (h-BN) heat-spreading layer between graphene and either a SiO2/Si substrate or a 100 μm thick Corning flexible Willow glass (WG) substrate.

TL;DR: The Seebeck coefficient measured across the (SnSe)n(TiSe2)n samples was found to depend strongly on the number of layers in the supercell (n), and this difference is due to the different carrier types in the n-SnSe and p- TiSe2 layers and the effect of tunneling on the cross-plane transport.

TL;DR: Here, hot holes photoexcited in the metal are used to drive the oxygen evolution reaction (OER), producing a measurable photocurrent, and transient absorption spectroscopy of these plasmon resonant grating structures is performed.

TL;DR: In this article, the authors investigated the effect of voltage and localized heating on the peak temperature of the transfer of graphene grown by chemical vapor deposition to an oxidized Si substrate, and developed numerical and analytical models to explain the results based on the reported basal-plane thermal conductivity, κ, and interfacial thermal conductance, G, of graphene.