We use pulsed electrical studies to investigate the various processes that limit the current
carrying capacity of graphene high frequency transistors. By investigating the transient …

Hot-electron power loss via electron interaction with bulk longitudinal polar optical phonon
in metal-oxide two dimensional nanostructures in the presence of zero and finite quantizing …

We present a theoretical model for the calculation of the energy loss rate (ELR) of hot
electrons in a monolayer graphene due to their coupling with acoustic phonons at high …

We investigate the energy relaxation of hot carriers in a CVD‐grown graphene device with a
top h‐BN layer by driving the devices into the nonequilibrium regime. By using the magnetic …

The effects of the rising electron temperature due to the energy relaxation on the
quantization of the inversion layer in a nano-metal–oxide–semiconductor field transistor …