Matches in SemOpenAlex for { <https://semopenalex.org/work/W2518907944> ?p ?o ?g. }
- W2518907944 endingPage "238" @default.
- W2518907944 startingPage "226" @default.
- W2518907944 abstract "We investigate the electronic decay of an Ar 3s-1 vacancy in medium sized ArKr clusters. The only energetically accessible, radiationless decay mechanism is Electron Transfer Mediated Decay Three (ETMD3). Here, the argon vacancy is filled by an electron from one krypton atom, and the excess energy is transferred to a second krypton atom which consequently emits an electron. For the theoretical calculation of ETMD3 spectra, in a bottom-up approach, we study the dependence of the decay width on the geometry of elementary sets of three atoms, from which any cluster can be composed. We simulate the ETMD3 spectra of medium sized ArKr clusters and compare the resulting spectra to experimental ETMD electron spectra presented earlier (Förstel et al, 2011) and in this work. We show that ETMD3 is the dominating relaxation mechanism for the cases studied here. Experimental secondary electron spectra from ArKr clusters are compared to pure Ar and pure Kr clusters." @default.
- W2518907944 created "2016-09-23" @default.
- W2518907944 creator A5001929439 @default.
- W2518907944 creator A5010971331 @default.
- W2518907944 creator A5011640284 @default.
- W2518907944 creator A5064012806 @default.
- W2518907944 creator A5071302136 @default.
- W2518907944 date "2017-01-01" @default.
- W2518907944 modified "2023-10-18" @default.
- W2518907944 title "Theoretical and experimental investigation of Electron Transfer Mediated Decay in ArKr clusters" @default.
- W2518907944 cites W1501306146 @default.
- W2518907944 cites W1936867602 @default.
- W2518907944 cites W1964664617 @default.
- W2518907944 cites W1965928578 @default.
- W2518907944 cites W1970400386 @default.
- W2518907944 cites W1972513166 @default.
- W2518907944 cites W1975724866 @default.
- W2518907944 cites W1976897869 @default.
- W2518907944 cites W1981365153 @default.
- W2518907944 cites W1982285080 @default.
- W2518907944 cites W1983663020 @default.
- W2518907944 cites W1983699563 @default.
- W2518907944 cites W1986182514 @default.
- W2518907944 cites W1989342144 @default.
- W2518907944 cites W1992485558 @default.
- W2518907944 cites W1993949694 @default.
- W2518907944 cites W1994360031 @default.
- W2518907944 cites W1998596876 @default.
- W2518907944 cites W2006589812 @default.
- W2518907944 cites W2007660449 @default.
- W2518907944 cites W2009266286 @default.
- W2518907944 cites W2013295855 @default.
- W2518907944 cites W2014310029 @default.
- W2518907944 cites W2016489920 @default.
- W2518907944 cites W2016927700 @default.
- W2518907944 cites W2017274654 @default.
- W2518907944 cites W2017329141 @default.
- W2518907944 cites W2017659018 @default.
- W2518907944 cites W2027212896 @default.
- W2518907944 cites W2028046413 @default.
- W2518907944 cites W2028415063 @default.
- W2518907944 cites W2030172247 @default.
- W2518907944 cites W2030841140 @default.
- W2518907944 cites W2030864880 @default.
- W2518907944 cites W2032892239 @default.
- W2518907944 cites W2036420443 @default.
- W2518907944 cites W2045139542 @default.
- W2518907944 cites W2048413153 @default.
- W2518907944 cites W2054389347 @default.
- W2518907944 cites W2055146722 @default.
- W2518907944 cites W2056587564 @default.
- W2518907944 cites W2064573244 @default.
- W2518907944 cites W2065519958 @default.
- W2518907944 cites W2069111260 @default.
- W2518907944 cites W2069623058 @default.
- W2518907944 cites W2070232582 @default.
- W2518907944 cites W2071168774 @default.
- W2518907944 cites W2072466286 @default.
- W2518907944 cites W2074248911 @default.
- W2518907944 cites W2076542751 @default.
- W2518907944 cites W2085553360 @default.
- W2518907944 cites W2086278612 @default.
- W2518907944 cites W2087798742 @default.
- W2518907944 cites W2090239912 @default.
- W2518907944 cites W2092898655 @default.
- W2518907944 cites W2106456081 @default.
- W2518907944 cites W2130732931 @default.
- W2518907944 cites W2144795090 @default.
- W2518907944 cites W2159150433 @default.
- W2518907944 cites W2222517232 @default.
- W2518907944 cites W2313724475 @default.
- W2518907944 cites W2318121384 @default.
- W2518907944 cites W2321533124 @default.
- W2518907944 cites W2325790823 @default.
- W2518907944 cites W2339830057 @default.
- W2518907944 cites W2345569728 @default.
- W2518907944 cites W2511560393 @default.
- W2518907944 cites W2911940468 @default.
- W2518907944 cites W3104783555 @default.
- W2518907944 cites W4242253187 @default.
- W2518907944 doi "https://doi.org/10.1016/j.chemphys.2016.09.006" @default.
- W2518907944 hasPublicationYear "2017" @default.
- W2518907944 type Work @default.
- W2518907944 sameAs 2518907944 @default.
- W2518907944 citedByCount "11" @default.
- W2518907944 countsByYear W25189079442016 @default.
- W2518907944 countsByYear W25189079442017 @default.
- W2518907944 countsByYear W25189079442019 @default.
- W2518907944 countsByYear W25189079442020 @default.
- W2518907944 countsByYear W25189079442021 @default.
- W2518907944 countsByYear W25189079442022 @default.
- W2518907944 countsByYear W25189079442023 @default.
- W2518907944 crossrefType "journal-article" @default.
- W2518907944 hasAuthorship W2518907944A5001929439 @default.
- W2518907944 hasAuthorship W2518907944A5010971331 @default.
- W2518907944 hasAuthorship W2518907944A5011640284 @default.
- W2518907944 hasAuthorship W2518907944A5064012806 @default.
- W2518907944 hasAuthorship W2518907944A5071302136 @default.