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• W2017185114 abstract "Using seven years, from 2006 to 2013, sodium lidar observations over Hefei, China (31.80°N, 117.3°E), we attempt to propose a possible mechanism for the formation of sporadic sodium layers (SSLs or NaS). We analyze the relationship between low temperature (<150 K) and SSL occurrence and detect a statistically significant link that the low temperature (<150 K) occur in three days before an SSL with an occurrence rate of 93.4% (57/61). The sharp decrease of water vapor concentration nearby before an SSL and the recover after the SSL are also detected frequently. Based upon these evidences and some case studies, we propose an icy dust reservoir in the formation of an SSL. The icy dust could form in the extremely cold mesopause region where the temperature falls below 150 K and it will absorb sodium atoms to form a solid sodium metal film as a sodium reservoir. The icy dust will then sublimate rapidly when meeting with warm air (e.g., 150 K < T < 190 K) and leave behind the solid metal atom film. The remanent sodium film might release vapor sodium atoms finally by some means through high temperature (e.g., >190 K and sometimes even >230 K) and form a sporadic sodium layer. Although not conclusive and highly uncertain, the icy dust reservoir model not only provides a good explanation for the observed characteristics of SSLs; it is also in good agreement with many other observations, such as the simultaneous sporadic sodium and iron layers, the behavior of SSLs on small time scale, the deviation of the sodium density profile of SSLs from the normal one, and the sharply decreased scale height above the peak of the sodium layer. These results further suggest that the icy dust might be a viable option of sodium reservoir for the formation of SSLs." @default.
• W2017185114 created "2016-06-24" @default.
• W2017185114 creator A5012214256 @default.
• W2017185114 creator A5046555301 @default.
• W2017185114 creator A5048979922 @default.
• W2017185114 date "2015-06-01" @default.
• W2017185114 modified "2023-09-26" @default.
• W2017185114 title "Temperature controlled icy dust reservoir of sodium: A possible mechanism for the formation of sporadic sodium layers" @default.
• W2017185114 cites W1506397296 @default.
• W2017185114 cites W1589245750 @default.
• W2017185114 cites W1966652412 @default.
• W2017185114 cites W1968099321 @default.
• W2017185114 cites W1970623582 @default.
• W2017185114 cites W1972982767 @default.
• W2017185114 cites W1974145441 @default.
• W2017185114 cites W1974775234 @default.
• W2017185114 cites W1976238640 @default.
• W2017185114 cites W1977599536 @default.
• W2017185114 cites W1979774563 @default.
• W2017185114 cites W1981644329 @default.
• W2017185114 cites W1981713578 @default.
• W2017185114 cites W1983349580 @default.
• W2017185114 cites W1983352024 @default.
• W2017185114 cites W1983386015 @default.
• W2017185114 cites W1988734224 @default.
• W2017185114 cites W1990197023 @default.
• W2017185114 cites W1990736165 @default.
• W2017185114 cites W1992044682 @default.
• W2017185114 cites W1992218562 @default.
• W2017185114 cites W1994408764 @default.
• W2017185114 cites W1997686026 @default.
• W2017185114 cites W2000784167 @default.
• W2017185114 cites W2008369967 @default.
• W2017185114 cites W2009298979 @default.
• W2017185114 cites W2013127262 @default.
• W2017185114 cites W2013555820 @default.
• W2017185114 cites W2015884753 @default.
• W2017185114 cites W2022620872 @default.
• W2017185114 cites W2023531668 @default.
• W2017185114 cites W2025502746 @default.
• W2017185114 cites W2025682473 @default.
• W2017185114 cites W2026394220 @default.
• W2017185114 cites W2027519240 @default.
• W2017185114 cites W2028258673 @default.
• W2017185114 cites W2030812181 @default.
• W2017185114 cites W2032262737 @default.
• W2017185114 cites W2034633569 @default.
• W2017185114 cites W2034997856 @default.
• W2017185114 cites W2035236044 @default.
• W2017185114 cites W2035417876 @default.
• W2017185114 cites W2043244505 @default.
• W2017185114 cites W2043915373 @default.
• W2017185114 cites W2044426006 @default.
• W2017185114 cites W2045030928 @default.
• W2017185114 cites W2046112901 @default.
• W2017185114 cites W2047493129 @default.
• W2017185114 cites W2051371480 @default.
• W2017185114 cites W2054195589 @default.
• W2017185114 cites W2057298389 @default.
• W2017185114 cites W2064754576 @default.
• W2017185114 cites W2065476971 @default.
• W2017185114 cites W2068623508 @default.
• W2017185114 cites W2068969615 @default.
• W2017185114 cites W2070283223 @default.
• W2017185114 cites W2071709742 @default.
• W2017185114 cites W2072884787 @default.
• W2017185114 cites W2081999875 @default.
• W2017185114 cites W2082317940 @default.
• W2017185114 cites W2083122608 @default.
• W2017185114 cites W2088437624 @default.
• W2017185114 cites W2094969915 @default.
• W2017185114 cites W2098715148 @default.
• W2017185114 cites W2103105403 @default.
• W2017185114 cites W2104718076 @default.
• W2017185114 cites W2109318230 @default.
• W2017185114 cites W2114159254 @default.
• W2017185114 cites W2120119723 @default.
• W2017185114 cites W2123341477 @default.
• W2017185114 cites W2126672412 @default.
• W2017185114 cites W2128106475 @default.
• W2017185114 cites W2130003656 @default.
• W2017185114 cites W2131804419 @default.
• W2017185114 cites W2132937744 @default.
• W2017185114 cites W2135748644 @default.
• W2017185114 cites W2137615767 @default.
• W2017185114 cites W2140510453 @default.
• W2017185114 cites W2142414140 @default.
• W2017185114 cites W2154336797 @default.
• W2017185114 cites W2160226844 @default.
• W2017185114 cites W2161958860 @default.
• W2017185114 cites W2162241208 @default.
• W2017185114 cites W2165336629 @default.
• W2017185114 cites W2171636386 @default.
• W2017185114 cites W4233472680 @default.
• W2017185114 doi "https://doi.org/10.1016/j.asr.2015.02.011" @default.
• W2017185114 hasPublicationYear "2015" @default.
• W2017185114 type Work @default.
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