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• W2977773096 abstract "Vapor-deposited amorphous ice, traditionally called amorphous solid water (ASW), is one of the most abundant materials in the universe and a prototypical material for studying physical vapor-deposition processes. Its complex nature arises from a strong tendency to form porous structures combined with complicated glass transition, relaxation, and desorption behavior. To gain further insights into the various gas-trapping environments that exist in ASW and hence its morphology, films in the 25–100 μm thickness range were codeposited with small amounts of gaseous “nanoprobes” including argon, methane, helium, and carbon dioxide. Upon heating in the 95–185 K temperature range, three distinct desorption processes are observed which we attribute to the gas desorption out of open cracks above 100 K, from internal voids that collapse due to the glass transition at ∼125 K and finally from fully matrix-isolated gas induced by the irreversible crystallization to stacking disordered ice (ice Isd) at ∼155 K. Nanoscale films of ASW have only displayed the latter desorption process which means that the first two desorption processes arise from the macroscopic dimensions of our ASW films. Baffling the flow of water vapor toward the deposition plate greatly reduces the first desorption feature, and hence the formation of cracks, but it significantly increases the amount of matrix-isolated gas. The complex nature in which ASW can trap gaseous species is thought to be relevant for a range of cosmological processes." @default.
• W2977773096 created "2019-10-10" @default.
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• W2977773096 date "2019-10-03" @default.
• W2977773096 modified "2023-10-10" @default.
• W2977773096 title "Gaseous “nanoprobes” for detecting gas-trapping environments in macroscopic films of vapor-deposited amorphous ice" @default.
• W2977773096 cites W1650202143 @default.
• W2977773096 cites W1965192155 @default.
• W2977773096 cites W1965195446 @default.
• W2977773096 cites W1967862079 @default.
• W2977773096 cites W1978962917 @default.
• W2977773096 cites W1979125141 @default.
• W2977773096 cites W1979136902 @default.
• W2977773096 cites W1984162641 @default.
• W2977773096 cites W1985757877 @default.
• W2977773096 cites W1986115151 @default.
• W2977773096 cites W1994734562 @default.
• W2977773096 cites W1995219971 @default.
• W2977773096 cites W1996543106 @default.
• W2977773096 cites W1997962964 @default.
• W2977773096 cites W2002364461 @default.
• W2977773096 cites W2003653920 @default.
• W2977773096 cites W2008865901 @default.
• W2977773096 cites W2011308194 @default.
• W2977773096 cites W2012519960 @default.
• W2977773096 cites W2016276751 @default.
• W2977773096 cites W2019627746 @default.
• W2977773096 cites W2020596638 @default.
• W2977773096 cites W2022375529 @default.
• W2977773096 cites W2022473922 @default.
• W2977773096 cites W2022620957 @default.
• W2977773096 cites W2024886117 @default.
• W2977773096 cites W2025031134 @default.
• W2977773096 cites W2027580422 @default.
• W2977773096 cites W2031124475 @default.
• W2977773096 cites W2032230178 @default.
• W2977773096 cites W2035014814 @default.
• W2977773096 cites W2036477617 @default.
• W2977773096 cites W2037883232 @default.
• W2977773096 cites W2045657296 @default.
• W2977773096 cites W2046456886 @default.
• W2977773096 cites W2048934909 @default.
• W2977773096 cites W2049059686 @default.
• W2977773096 cites W2050875336 @default.
• W2977773096 cites W2051737575 @default.
• W2977773096 cites W2056140642 @default.
• W2977773096 cites W2057502845 @default.
• W2977773096 cites W2062739422 @default.
• W2977773096 cites W2066017769 @default.
• W2977773096 cites W2067025433 @default.
• W2977773096 cites W2068441841 @default.
• W2977773096 cites W2070096851 @default.
• W2977773096 cites W2072334382 @default.
• W2977773096 cites W2075332765 @default.
• W2977773096 cites W2079310987 @default.
• W2977773096 cites W2086955646 @default.
• W2977773096 cites W2088992901 @default.
• W2977773096 cites W2092247501 @default.
• W2977773096 cites W2093333143 @default.
• W2977773096 cites W2096249383 @default.
• W2977773096 cites W2116617856 @default.
• W2977773096 cites W2120972461 @default.
• W2977773096 cites W2157284241 @default.
• W2977773096 cites W2180777534 @default.
• W2977773096 cites W2233790594 @default.
• W2977773096 cites W2234618339 @default.
• W2977773096 cites W2318670989 @default.
• W2977773096 cites W2371557994 @default.
• W2977773096 cites W2397481877 @default.
• W2977773096 cites W2409780826 @default.
• W2977773096 cites W2550014045 @default.
• W2977773096 cites W2566436355 @default.
• W2977773096 cites W2581493292 @default.
• W2977773096 cites W2599199563 @default.
• W2977773096 cites W2655266964 @default.
• W2977773096 cites W2773694861 @default.
• W2977773096 cites W2895852710 @default.
• W2977773096 cites W2900772134 @default.
• W2977773096 cites W2904140184 @default.
• W2977773096 cites W2944277922 @default.
• W2977773096 cites W2963531667 @default.
• W2977773096 cites W3103043585 @default.
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• W2977773096 doi "https://doi.org/10.1063/1.5113505" @default.
• W2977773096 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/31594355" @default.
• W2977773096 hasPublicationYear "2019" @default.
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