Matches in SemOpenAlex for { <https://semopenalex.org/work/W3173066453> ?p ?o ?g. }
- W3173066453 abstract "We have employed electron stimulated desorption (ESD) and x-ray photoelectron spectroscopy (XPS) to study the chemical species generated from multilayer films of N2O, C2D2, and mixtures thereof (i.e., N2O/C2D2) by the impact of low energy electrons with energies between 30 and 70 eV. Our ESD results for pure films of N2O show the production of numerous fragment cations and anions, and of larger molecular ions, of sufficient kinetic energy to escape into vacuum, which are likely formed by ion–molecule scattering in the film. Ion–molecule scattering is also responsible for the production of cations from C2D2 films that contain as many as six or seven carbon atoms. Many of the same anions and cations desorb from N2O/C2D2 mixtures, as well as new species, which is the result of ion–molecule scattering in the film. Anion desorption signals further indicate the formation of C–N containing species within the irradiated films. XPS spectra of N1s, C1s, and O1s lines reveal the fragmentation of N–O bonds and gradual formation of molecules containing species containing O–C=O, C=O, and C–O functional groups. A comparison between ESD and XPS findings suggests that species observed in the ESD channel are primarily products of reactions taking place at the film–vacuum interface, while those observed in the XPS derive from reactions occurring within the solid." @default.
- W3173066453 created "2021-06-22" @default.
- W3173066453 creator A5011257685 @default.
- W3173066453 creator A5022103966 @default.
- W3173066453 creator A5029470463 @default.
- W3173066453 creator A5029712474 @default.
- W3173066453 creator A5040193698 @default.
- W3173066453 date "2021-06-11" @default.
- W3173066453 modified "2023-09-23" @default.
- W3173066453 title "Chemical transformation of molecular ices containing N2O and C2D2 by low energy electrons: New chemical species of astronomical interest" @default.
- W3173066453 cites W1485324317 @default.
- W3173066453 cites W1570160832 @default.
- W3173066453 cites W1601202865 @default.
- W3173066453 cites W1617524177 @default.
- W3173066453 cites W1965195446 @default.
- W3173066453 cites W1971907694 @default.
- W3173066453 cites W1973419316 @default.
- W3173066453 cites W1979181770 @default.
- W3173066453 cites W1979859186 @default.
- W3173066453 cites W1984505956 @default.
- W3173066453 cites W1985532697 @default.
- W3173066453 cites W1991365148 @default.
- W3173066453 cites W1996537714 @default.
- W3173066453 cites W2003098591 @default.
- W3173066453 cites W2003891858 @default.
- W3173066453 cites W2007316302 @default.
- W3173066453 cites W2010926882 @default.
- W3173066453 cites W2013159231 @default.
- W3173066453 cites W2014167459 @default.
- W3173066453 cites W2021680515 @default.
- W3173066453 cites W2022005812 @default.
- W3173066453 cites W2022294865 @default.
- W3173066453 cites W2027730388 @default.
- W3173066453 cites W2029192302 @default.
- W3173066453 cites W2030288885 @default.
- W3173066453 cites W2031146285 @default.
- W3173066453 cites W2032511408 @default.
- W3173066453 cites W2035203912 @default.
- W3173066453 cites W2036680546 @default.
- W3173066453 cites W2040159947 @default.
- W3173066453 cites W2046478406 @default.
- W3173066453 cites W2046832516 @default.
- W3173066453 cites W2048934909 @default.
- W3173066453 cites W2049058904 @default.
- W3173066453 cites W2051187696 @default.
- W3173066453 cites W2055325902 @default.
- W3173066453 cites W2056685326 @default.
- W3173066453 cites W2060445225 @default.
- W3173066453 cites W2061529427 @default.
- W3173066453 cites W2062292595 @default.
- W3173066453 cites W2062512880 @default.
- W3173066453 cites W2071461819 @default.
- W3173066453 cites W2078747107 @default.
- W3173066453 cites W2079989594 @default.
- W3173066453 cites W2087990355 @default.
- W3173066453 cites W2092856666 @default.
- W3173066453 cites W2092947447 @default.
- W3173066453 cites W2094809321 @default.
- W3173066453 cites W2098415452 @default.
- W3173066453 cites W2103031684 @default.
- W3173066453 cites W2111853714 @default.
- W3173066453 cites W2125349984 @default.
- W3173066453 cites W2141994105 @default.
- W3173066453 cites W2143059567 @default.
- W3173066453 cites W2150180035 @default.
- W3173066453 cites W2155107447 @default.
- W3173066453 cites W2160566707 @default.
- W3173066453 cites W2164809460 @default.
- W3173066453 cites W2171957104 @default.
- W3173066453 cites W2293117269 @default.
- W3173066453 cites W2299268373 @default.
- W3173066453 cites W2319180090 @default.
- W3173066453 cites W2329220179 @default.
- W3173066453 cites W2334539354 @default.
- W3173066453 cites W2514802745 @default.
- W3173066453 cites W2526126072 @default.
- W3173066453 cites W2552924767 @default.
- W3173066453 cites W2582943404 @default.
- W3173066453 cites W2623292906 @default.
- W3173066453 cites W2775376070 @default.
- W3173066453 cites W2783618920 @default.
- W3173066453 cites W2799665130 @default.
- W3173066453 cites W2900771403 @default.
- W3173066453 cites W2916243877 @default.
- W3173066453 cites W2931288160 @default.
- W3173066453 cites W3001646575 @default.
- W3173066453 cites W3098942734 @default.
- W3173066453 cites W4249824975 @default.
- W3173066453 cites W4254294697 @default.
- W3173066453 cites W1990267896 @default.
- W3173066453 doi "https://doi.org/10.1063/5.0040884" @default.
- W3173066453 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/34241211" @default.
- W3173066453 hasPublicationYear "2021" @default.
- W3173066453 type Work @default.
- W3173066453 sameAs 3173066453 @default.
- W3173066453 citedByCount "1" @default.
- W3173066453 countsByYear W31730664532023 @default.
- W3173066453 crossrefType "journal-article" @default.
- W3173066453 hasAuthorship W3173066453A5011257685 @default.
- W3173066453 hasAuthorship W3173066453A5022103966 @default.