Matches in SemOpenAlex for { <https://semopenalex.org/work/W4226019969> ?p ?o ?g. }
- W4226019969 abstract "We investigate glycine microsolvation with water molecules, mimicking astrophysical conditions, in our laboratory by embedding these clusters in helium nanodroplets at 0.37 K. We recorded mass selective infrared spectra in the frequency range 1500-1800 cm^{-1} where two bands centered at 1630 and 1724 cm^{-1} were observed. By comparison with the extensive accompanying calculations, the band at 1630 cm^{-1} was assigned to the COO^{-} asymmetric stretching mode of the zwitter ion and the band at 1724 cm^{-1} was assigned to redshifted C=O stretch within neutral clusters. We show that zwitter ion formation of amino acids readily occurs with only few water molecules available even under extreme conditions." @default.
- W4226019969 created "2022-05-05" @default.
- W4226019969 creator A5008150251 @default.
- W4226019969 creator A5024054901 @default.
- W4226019969 creator A5026861022 @default.
- W4226019969 creator A5029027689 @default.
- W4226019969 creator A5030029130 @default.
- W4226019969 creator A5033426930 @default.
- W4226019969 creator A5044703453 @default.
- W4226019969 creator A5060494971 @default.
- W4226019969 creator A5072717593 @default.
- W4226019969 creator A5078961537 @default.
- W4226019969 creator A5086664134 @default.
- W4226019969 date "2022-01-19" @default.
- W4226019969 modified "2023-10-17" @default.
- W4226019969 title "Zwitter Ionization of Glycine at Outer Space Conditions due to Microhydration by Six Water Molecules" @default.
- W4226019969 cites W1964585075 @default.
- W4226019969 cites W1966048890 @default.
- W4226019969 cites W1970805572 @default.
- W4226019969 cites W1971483422 @default.
- W4226019969 cites W1981368803 @default.
- W4226019969 cites W1983781597 @default.
- W4226019969 cites W1984348699 @default.
- W4226019969 cites W1984423179 @default.
- W4226019969 cites W1988091937 @default.
- W4226019969 cites W1991149034 @default.
- W4226019969 cites W2000572831 @default.
- W4226019969 cites W2001074385 @default.
- W4226019969 cites W2003911256 @default.
- W4226019969 cites W2014474614 @default.
- W4226019969 cites W2016078433 @default.
- W4226019969 cites W2017387061 @default.
- W4226019969 cites W2017673577 @default.
- W4226019969 cites W2018338438 @default.
- W4226019969 cites W2022110529 @default.
- W4226019969 cites W2025077754 @default.
- W4226019969 cites W2027077932 @default.
- W4226019969 cites W2044854635 @default.
- W4226019969 cites W2054249920 @default.
- W4226019969 cites W2055208066 @default.
- W4226019969 cites W2061716734 @default.
- W4226019969 cites W2070203126 @default.
- W4226019969 cites W2078145822 @default.
- W4226019969 cites W2078336233 @default.
- W4226019969 cites W2082037815 @default.
- W4226019969 cites W2086816427 @default.
- W4226019969 cites W2089163674 @default.
- W4226019969 cites W2092157292 @default.
- W4226019969 cites W2096604763 @default.
- W4226019969 cites W2097360929 @default.
- W4226019969 cites W2098945334 @default.
- W4226019969 cites W2139033838 @default.
- W4226019969 cites W2148340339 @default.
- W4226019969 cites W2152346774 @default.
- W4226019969 cites W2153536282 @default.
- W4226019969 cites W2164222049 @default.
- W4226019969 cites W2289948253 @default.
- W4226019969 cites W2292240626 @default.
- W4226019969 cites W2313228207 @default.
- W4226019969 cites W2395868755 @default.
- W4226019969 cites W2521418592 @default.
- W4226019969 cites W2559352357 @default.
- W4226019969 cites W2590433791 @default.
- W4226019969 cites W2612648042 @default.
- W4226019969 cites W2726705819 @default.
- W4226019969 cites W2739439285 @default.
- W4226019969 cites W2769041568 @default.
- W4226019969 cites W2769979239 @default.
- W4226019969 cites W2799665130 @default.
- W4226019969 cites W2802538068 @default.
- W4226019969 cites W2892287933 @default.
- W4226019969 cites W2937974606 @default.
- W4226019969 cites W2948635774 @default.
- W4226019969 cites W2948657971 @default.
- W4226019969 cites W2951747643 @default.
- W4226019969 cites W2951906709 @default.
- W4226019969 cites W2954594295 @default.
- W4226019969 cites W3007644623 @default.
- W4226019969 cites W3098942734 @default.
- W4226019969 cites W3100856233 @default.
- W4226019969 cites W3101366243 @default.
- W4226019969 cites W3101575942 @default.
- W4226019969 cites W4230059592 @default.
- W4226019969 doi "https://doi.org/10.1103/physrevlett.128.033001" @default.
- W4226019969 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/35119904" @default.
- W4226019969 hasPublicationYear "2022" @default.
- W4226019969 type Work @default.
- W4226019969 citedByCount "6" @default.
- W4226019969 countsByYear W42260199692022 @default.
- W4226019969 countsByYear W42260199692023 @default.
- W4226019969 crossrefType "journal-article" @default.
- W4226019969 hasAuthorship W4226019969A5008150251 @default.
- W4226019969 hasAuthorship W4226019969A5024054901 @default.
- W4226019969 hasAuthorship W4226019969A5026861022 @default.
- W4226019969 hasAuthorship W4226019969A5029027689 @default.
- W4226019969 hasAuthorship W4226019969A5030029130 @default.
- W4226019969 hasAuthorship W4226019969A5033426930 @default.
- W4226019969 hasAuthorship W4226019969A5044703453 @default.
- W4226019969 hasAuthorship W4226019969A5060494971 @default.
- W4226019969 hasAuthorship W4226019969A5072717593 @default.