Matches in SemOpenAlex for { <https://semopenalex.org/work/W2282988718> ?p ?o ?g. }
- W2282988718 endingPage "480" @default.
- W2282988718 startingPage "469" @default.
- W2282988718 abstract "A switchable suspended particle device (SPD) evacuated (vacuum) glazing has low inherent heat loss and can control solar heat gain by changing its transparency. The thermal performance of combined SPD–vacuum glazing has been investigated using a test cell. In this work two different combination of SPD–vacuum glazing was evaluated. In the first combination, SPD glazing was facing the outside ambient environment and vacuum glazing was facing the indoor test cell environment (SPD–vacuum). In the second combination, SPD glazing was facing the indoor test cell environment and vacuum glazing was facing the outdoor ambient environment (Vacuum–SPD). Variation of the SPD glazing position in a combined SPD–vacuum glazing had little impact on either the internal test cell temperature or the glazing surface temperature. This combined glazing system achieved a dynamic transmission range from 2% (opaque state) to 38% (transparent state). Low overall heat transfer coefficients between 1.00 W/m2 K to 1.16 W/m2 K were found for this combined glazing. Dynamic solar heat gain coefficient was possible using this glazing, which varied from 0.045 to 0.27. This type of combined glazing system is suitable for summer and winter both conditions." @default.
- W2282988718 created "2016-06-24" @default.
- W2282988718 creator A5037013144 @default.
- W2282988718 creator A5044160784 @default.
- W2282988718 creator A5050613846 @default.
- W2282988718 date "2016-05-01" @default.
- W2282988718 modified "2023-10-04" @default.
- W2282988718 title "Measured thermal performance of a combined suspended particle switchable device evacuated glazing" @default.
- W2282988718 cites W1033615549 @default.
- W2282988718 cites W1775629115 @default.
- W2282988718 cites W1911294988 @default.
- W2282988718 cites W191432492 @default.
- W2282988718 cites W1963673283 @default.
- W2282988718 cites W1971009967 @default.
- W2282988718 cites W1971806685 @default.
- W2282988718 cites W1975358058 @default.
- W2282988718 cites W1975825418 @default.
- W2282988718 cites W1975860279 @default.
- W2282988718 cites W1978842630 @default.
- W2282988718 cites W1980149578 @default.
- W2282988718 cites W1980500158 @default.
- W2282988718 cites W1980763338 @default.
- W2282988718 cites W1984447957 @default.
- W2282988718 cites W1985131242 @default.
- W2282988718 cites W1990879972 @default.
- W2282988718 cites W1992136865 @default.
- W2282988718 cites W1994476492 @default.
- W2282988718 cites W2004107646 @default.
- W2282988718 cites W2006213997 @default.
- W2282988718 cites W2007305022 @default.
- W2282988718 cites W2011972621 @default.
- W2282988718 cites W2013339093 @default.
- W2282988718 cites W2013548313 @default.
- W2282988718 cites W2015723276 @default.
- W2282988718 cites W2017897047 @default.
- W2282988718 cites W2017951740 @default.
- W2282988718 cites W2019811394 @default.
- W2282988718 cites W2020999286 @default.
- W2282988718 cites W2021198549 @default.
- W2282988718 cites W2021708621 @default.
- W2282988718 cites W2024434685 @default.
- W2282988718 cites W2029062994 @default.
- W2282988718 cites W2030112385 @default.
- W2282988718 cites W2039449811 @default.
- W2282988718 cites W2040599106 @default.
- W2282988718 cites W2042710816 @default.
- W2282988718 cites W2043508250 @default.
- W2282988718 cites W2044481399 @default.
- W2282988718 cites W2045369137 @default.
- W2282988718 cites W2045720687 @default.
- W2282988718 cites W2046857890 @default.
- W2282988718 cites W2047492008 @default.
- W2282988718 cites W2047736482 @default.
- W2282988718 cites W2048101664 @default.
- W2282988718 cites W2050823381 @default.
- W2282988718 cites W2051253125 @default.
- W2282988718 cites W2055950304 @default.
- W2282988718 cites W2058859508 @default.
- W2282988718 cites W2059608380 @default.
- W2282988718 cites W2062503568 @default.
- W2282988718 cites W2066934418 @default.
- W2282988718 cites W2071758869 @default.
- W2282988718 cites W2071813286 @default.
- W2282988718 cites W2074145493 @default.
- W2282988718 cites W2076616192 @default.
- W2282988718 cites W2077820278 @default.
- W2282988718 cites W2082202039 @default.
- W2282988718 cites W2082311892 @default.
- W2282988718 cites W2082382307 @default.
- W2282988718 cites W2084741866 @default.
- W2282988718 cites W2088771299 @default.
- W2282988718 cites W2089932469 @default.
- W2282988718 cites W2091360172 @default.
- W2282988718 cites W2093618595 @default.
- W2282988718 cites W2095562100 @default.
- W2282988718 cites W2097794322 @default.
- W2282988718 cites W2105627020 @default.
- W2282988718 cites W2129680523 @default.
- W2282988718 cites W2130132542 @default.
- W2282988718 cites W2143503961 @default.
- W2282988718 cites W2147976009 @default.
- W2282988718 cites W2151072344 @default.
- W2282988718 cites W2177584642 @default.
- W2282988718 cites W2231592198 @default.
- W2282988718 cites W2501745377 @default.
- W2282988718 cites W2568199715 @default.
- W2282988718 cites W320530393 @default.
- W2282988718 cites W4237045449 @default.
- W2282988718 cites W4248044311 @default.
- W2282988718 cites W609053977 @default.
- W2282988718 doi "https://doi.org/10.1016/j.apenergy.2016.02.031" @default.
- W2282988718 hasPublicationYear "2016" @default.
- W2282988718 type Work @default.
- W2282988718 sameAs 2282988718 @default.
- W2282988718 citedByCount "58" @default.
- W2282988718 countsByYear W22829887182015 @default.
- W2282988718 countsByYear W22829887182016 @default.
- W2282988718 countsByYear W22829887182017 @default.