Powder materials are used in all corners of materials science, from additive manufacturing to
energy storage. Scanning electron microscopy (SEM) has developed to meet morphological …

Though intensive experimental studies have been carried out on electron emission
properties in past decades, the reliable data from accurate experimental measurements for …

We present an up-to-date Monte Carlo simulation of electron backscattering coefficient of
beryllium, which is an important material in fusion reactor, at an impact energy range of …

A systematic study has been performed based on a Monte Carlo simulation for the
investigation of secondary electron yields, backscattering coefficients, and total electron …

This work investigates the detailed difference between dielectric function models, the
Mermin model and the full Penn algorithm (FPA) model, for the determination of an electron …

Charge carrier dynamics at material surfaces and interfaces play a fundamental role in
controlling the performance of photocatalytic reactions and photovoltaic devices; however …

Electron stop** power (SP) is of great importance in theoretical and applied research
areas specifically for Monte Carlo simulation studies in many microanalysis and surface …

Secondary electron emission (SEE) is a fundamental phenomenon of particle/surface
interaction, and the multipactor effect induced by SEE can result in disastrous impacts on the …

Atomic resolution secondary electron imaging (ARSEI) has become an alternative tool for
material characterization; however, its application potential is still underestimated due to …

High-resolution imaging has revolutionized materials science by offering detailed insights
into the atomic structures of materials. Electron microscopy and spectroscopy rely on …