Matches in SemOpenAlex for { <https://semopenalex.org/work/W2969352307> ?p ?o ?g. }
- W2969352307 endingPage "146883" @default.
- W2969352307 startingPage "146883" @default.
- W2969352307 abstract "More than a century after the discovery of the electron, there are still fundamental, yet unresolved, questions concerning the generation-ejection mechanism of the ubiquitous Secondary Electrons (SEs) from a solid surface. Broadness of the field of application for these SEs makes it desirable to be able to control this phenomenon, which requires the understanding of the elementary physical mechanism leading to their generation and emission. This paper reports on the dissection of such a tangled process operated by the help of spectroscopic tools of increasing finesse; measuring differential cross sections with an increasing degree of differentiation. These results demonstrate that single ionising scattering events, assisted by collective excitations, constitute the fundamental ingredient leading to SE-generation and -emission. To this end, the interaction of Low Energy Electrons (LEEs) with various Carbon allotropes has been investigated by means of Total Electron Yield (TEY) and (e,2e)-coincidence spectroscopy measurements. Carbon allotropes are chosen as targets since they are important in technological applications where both minimisation and maximisation of the SE-yield is a relevant issue. This is the first time that such complete set of benchmarks on the SE-yield from well characterised surfaces has been gathered, interpreted and is made available to the scientific community. This comprehensive investigation has led to the disentanglement of the elementary processes relevant for the understanding of the SE-generation probability, that fully take into account both energy and momentum conservation in the collision and the band structure of the solid as well as many-body effects." @default.
- W2969352307 created "2019-08-29" @default.
- W2969352307 creator A5032322327 @default.
- W2969352307 creator A5036485876 @default.
- W2969352307 creator A5055078359 @default.
- W2969352307 creator A5060457961 @default.
- W2969352307 creator A5065685605 @default.
- W2969352307 creator A5077276209 @default.
- W2969352307 creator A5089189795 @default.
- W2969352307 creator A5089571234 @default.
- W2969352307 date "2020-05-01" @default.
- W2969352307 modified "2023-10-12" @default.
- W2969352307 title "Secondary electron generation mechanisms in carbon allotropes at low impact electron energies" @default.
- W2969352307 cites W1857743476 @default.
- W2969352307 cites W1967001316 @default.
- W2969352307 cites W1972158466 @default.
- W2969352307 cites W1974520930 @default.
- W2969352307 cites W1975801873 @default.
- W2969352307 cites W1975980349 @default.
- W2969352307 cites W1978710140 @default.
- W2969352307 cites W1993128399 @default.
- W2969352307 cites W1994893655 @default.
- W2969352307 cites W1996275661 @default.
- W2969352307 cites W1999167314 @default.
- W2969352307 cites W2002036658 @default.
- W2969352307 cites W2002488738 @default.
- W2969352307 cites W2002858333 @default.
- W2969352307 cites W2004663049 @default.
- W2969352307 cites W2007447552 @default.
- W2969352307 cites W2008087913 @default.
- W2969352307 cites W2008745695 @default.
- W2969352307 cites W2010135449 @default.
- W2969352307 cites W2010784951 @default.
- W2969352307 cites W2011124970 @default.
- W2969352307 cites W2015135337 @default.
- W2969352307 cites W2015397820 @default.
- W2969352307 cites W2015618042 @default.
- W2969352307 cites W2017007572 @default.
- W2969352307 cites W2020228540 @default.
- W2969352307 cites W2020747094 @default.
- W2969352307 cites W2026237155 @default.
- W2969352307 cites W2027510431 @default.
- W2969352307 cites W2031133179 @default.
- W2969352307 cites W2033010386 @default.
- W2969352307 cites W2036198483 @default.
- W2969352307 cites W2036649187 @default.
- W2969352307 cites W2037537680 @default.
- W2969352307 cites W2043449730 @default.
- W2969352307 cites W2044538752 @default.
- W2969352307 cites W2047412622 @default.
- W2969352307 cites W2050387190 @default.
- W2969352307 cites W2051032169 @default.
- W2969352307 cites W2056893278 @default.
- W2969352307 cites W2057657594 @default.
- W2969352307 cites W2060219669 @default.
- W2969352307 cites W2060809214 @default.
- W2969352307 cites W2061925195 @default.
- W2969352307 cites W2065692661 @default.
- W2969352307 cites W2070936324 @default.
- W2969352307 cites W2074010469 @default.
- W2969352307 cites W2075045298 @default.
- W2969352307 cites W2076301240 @default.
- W2969352307 cites W2078678576 @default.
- W2969352307 cites W2080696871 @default.
- W2969352307 cites W2080974401 @default.
- W2969352307 cites W2086179495 @default.
- W2969352307 cites W2086658804 @default.
- W2969352307 cites W2087599743 @default.
- W2969352307 cites W2088760315 @default.
- W2969352307 cites W2090855450 @default.
- W2969352307 cites W2100434869 @default.
- W2969352307 cites W2103804274 @default.
- W2969352307 cites W2114118891 @default.
- W2969352307 cites W2115447158 @default.
- W2969352307 cites W2122022010 @default.
- W2969352307 cites W2128313280 @default.
- W2969352307 cites W2131663231 @default.
- W2969352307 cites W2144152097 @default.
- W2969352307 cites W2153403385 @default.
- W2969352307 cites W2154224605 @default.
- W2969352307 cites W2158252203 @default.
- W2969352307 cites W2161845585 @default.
- W2969352307 cites W2213903129 @default.
- W2969352307 cites W2332113040 @default.
- W2969352307 cites W2523085516 @default.
- W2969352307 cites W2604510386 @default.
- W2969352307 cites W2766154123 @default.
- W2969352307 cites W376102236 @default.
- W2969352307 doi "https://doi.org/10.1016/j.elspec.2019.07.004" @default.
- W2969352307 hasPublicationYear "2020" @default.
- W2969352307 type Work @default.
- W2969352307 sameAs 2969352307 @default.
- W2969352307 citedByCount "19" @default.
- W2969352307 countsByYear W29693523072019 @default.
- W2969352307 countsByYear W29693523072020 @default.
- W2969352307 countsByYear W29693523072021 @default.
- W2969352307 countsByYear W29693523072022 @default.
- W2969352307 countsByYear W29693523072023 @default.