The work function of copper and deposited on it bi-layers depended on a number of layers and the concentrations of the deposited precursors. At high complex concentrations work function reached the plateau after several deposition processes, while at low concentrations oscillations in the work ...
work function/ work functionepithermal positron emissionenergy spectraslow positron re-emissioncopper surfacemonoenergetic positron bombardmentUEA electrostatic beam systemthermalizationThe energy spectra for slow positrons re-emitted from a copper surface bombarded with monoenergetic positrons of energies between...
The work-function reductions achieved using (IrCp*Cp)2 are primarily attributable to the interface dipoles associated with the formation of submonolayers of IrCp*Cp+ cations on negatively charged substrates, which in turn result from redox reactions between the dimer and the electrode. The electrical...
metal work functionMeasurements have been made of the electrical characteristics of Schottky barriers made by evaporating films of ... BL Smith,EH Rhoderick - 《Solid State Electronics》 被引量: 135发表: 1971年 Schottky-barrier behavior of copper and copper silicide on n -type and p -type ...
Hello Guys,I am trying to solve the following Problem:I have different kind of projects named OVR,ITS and DIG. Inside these projects i am...
Copper nanoparticles (CuNPs) are attractive as a low-cost alternative to their gold and silver analogues for numerous applications, although their potential has hardly been explored due to their higher susceptibility to oxidation in air. Here we show the unexpected findings of an investigation into ...
for layers with different twist angles, while ΔΦ ranges from 36–129 mV for different layer thicknesses. The surface potential between different twist angles or layer thicknesses is measured at the KPFM instrument resolution of ≤ 200 nm. The PEEM measured work function of 4.4 eV for...
Work function, electronegativity, and electrochemical behaviour of metals: II. Potentials of zero charge and “electrochemical” work functions Summary Preferred values of , work function, and Ez, potential of zero charge, for metals have been collected through a critical examination of much experi.....
The energy barrier at the interface depends critically on the work function of the electrode. For this reason, various types of thin-film metal oxides can be used as a buffer layer to modify the electrode work function. This paper provides a review on recent progress in metal oxide/organic ...
(0, 0%, 100%, 0.5)","keywordColor":"#0076a9","functionColor":"#d3284b","variableColor":"#c14700","__typename":"PrismThemeSettings"},"rte":{"bgColor":"var(--lia-bs-white)","borderRadius":"var(--lia-panel-border-radius)","boxShadow":" var(--lia-panel-box-shadow)","...