This study introduces an easy methodology to test and analyze experimental field electron
emission current-voltage data from metallic single-tip emitters; this novel and easy …

This paper studies and analyses the characteristics of cold field electron emission from
uncoated polycrystalline tungsten tips before and after being coated with an insulating …

Over the past few decades, epoxy resins have shown several advantages as coating
materials for field emission electron sources; this includes lowering the operation applied …

Field electron emission measurements were carried out on copper of 99.95% purity emitters,
with apex radii in the nano and micrometer range. Samples have been prepared by …

Physics and Advanced Materials Technology, and Vice President of Mut'ah University.
Thanks to this professor, who did not stop encouraging me to start my M. Sc. studies during …

Cold field electron emission (CFEE) is one of the most important mechanisms to achieve a
beam of free electrons in science. It is the main process to control the memory in modern …

The aim of this work was to evaluate the influence of basalt and flax fiber content on the
thermo-mechanical and mechanical properties of epoxy composites. The mechanical …

When two electrodes are separated by a reasonable distance (~ 1 cm) in vacuum, and an
intense electrostatic field is applied in the space between them, a phenomenon known as …

This work provides an experimental study on the effects of polyethylene coating on the field
electron emission characteristics of clean (uncoated) tungsten tips. Several tungsten tips …

This work provides an experimental study on the effects of polyethylene coating on the field
electron emission characteristics of clean (uncoated) tungsten tips. Several tungsten tips …