Femtosecond laser–driven photoemission source provides an unprecedented femtosecond-
resolved electron probe not only for atomic-scale ultrafast characterization but also for free …

Carbon nanotubes (CNTs), as potent reinforcements in composites, have demonstrated
excellent strengthening effects when combined with copper in numerous recent studies …

A single‐electron emitter, based on a single quantized energy level, can potentially achieve
ultimate temporal and spatial coherence with a large emission current, which is desirable for …

In this study we demonstrate formation of all-carbon heterostructures induced by field
electron emission from diamond needle-shaped crystallites with nanoscale tips. We show …

Herein, we describe a study of the phenomenon of field-induced electron emission from thin
films deposited on flat Si substrates. Films of Mo with an effective thickness of 6–10 nm …

The structure and phenomena arising from charge transfer in cold field emission mode in a
single closed carbon nanotube (CNT) under cold field emission conditions are studied …

In the context of global low-carbon development, reducing rural residential carbon
emissions is the key to implementing emission reduction policies. In order to reduce carbon …

Numerical simulations of a heterostructured field emitter consisting of a quantum dot
attached to a nanotip are presented. The simulations take into account the combined effect …

The single electron emitter, based on single quantized energy level, can potentially achieve
ultimate temporal and spatial coherence with large emission current, which is desirable for …