FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W1992970488> ?p ?o ?g. }

• W1992970488 endingPage "1352" @default.
• W1992970488 startingPage "1337" @default.
• W1992970488 abstract "Abstract. Emissions factors (EFs) for gas and sub-micron particle-phase species were measured in intercepted plumes as a function of vessel speed from an underway research vessel, the NOAA ship Miller Freeman, operating a medium-speed diesel engine on low-sulfur marine gas oil (fuel sulfur content ~0.1% by weight). The low-sulfur fuel in use conforms to the MARPOL fuel sulfur limit within emission control areas set to take effect in 2015 and to California-specific limits set to take effect in 2014. For many of the particle-phase species, EFs were determined using multiple measurement methodologies, allowing for an assessment of how well EFs from different techniques agree. The total sub-micron PM (PM1) was dominated by particulate black carbon (BC) and particulate organic matter (POM), with an average POM / BC ratio of 1.3. Consideration of the POM / BC ratios observed here with literature studies suggests that laboratory and in-stack measurement methods may overestimate primary POM EFs relative to those observed in emitted plumes. Comparison of four different methods for black carbon measurement indicates that careful attention must be paid to instrument limitations and biases when assessing EFBC. Particulate sulfate (SO42−) EFs were extremely small and the particles emitted by Miller Freeman were inefficient as cloud condensation nuclei (CCN), even at high super saturations, consistent with the use of very low-sulfur fuel and the overall small emitted particle sizes. All measurement methodologies consistently demonstrate that the measured EFs (fuel mass basis) for PM1 mass, BC and POM decreased as the ship slowed. Particle number EFs were approximately constant across the speed change, with a shift towards smaller particles being emitted at slower speeds. Emissions factors for gas-phase CO and formaldehyde (HCHO) both increased as the vessel slowed, while EFs for NOx decreased and SO2 EFs were approximately constant." @default.
• W1992970488 created "2016-06-24" @default.
• W1992970488 creator A5001076625 @default.
• W1992970488 creator A5005526984 @default.
• W1992970488 creator A5006224161 @default.
• W1992970488 creator A5010059066 @default.
• W1992970488 creator A5034645705 @default.
• W1992970488 creator A5041129695 @default.
• W1992970488 creator A5054809684 @default.
• W1992970488 creator A5055361102 @default.
• W1992970488 creator A5057993612 @default.
• W1992970488 creator A5058717642 @default.
• W1992970488 creator A5059503542 @default.
• W1992970488 creator A5069132029 @default.
• W1992970488 creator A5075958432 @default.
• W1992970488 creator A5079677608 @default.
• W1992970488 date "2014-02-05" @default.
• W1992970488 modified "2023-10-13" @default.
• W1992970488 title "A case study into the measurement of ship emissions from plume intercepts of the NOAA ship &lt;i&gt;Miller Freeman&lt;/i&gt;" @default.
• W1992970488 cites W1927555045 @default.
• W1992970488 cites W1931433477 @default.
• W1992970488 cites W1970798828 @default.
• W1992970488 cites W1983753043 @default.
• W1992970488 cites W1984142858 @default.
• W1992970488 cites W1988057314 @default.
• W1992970488 cites W1988680063 @default.
• W1992970488 cites W1988706146 @default.
• W1992970488 cites W1992646033 @default.
• W1992970488 cites W1996794223 @default.
• W1992970488 cites W1999247882 @default.
• W1992970488 cites W2006114508 @default.
• W1992970488 cites W2016172778 @default.
• W1992970488 cites W2016723308 @default.
• W1992970488 cites W2021184030 @default.
• W1992970488 cites W2022684633 @default.
• W1992970488 cites W2031981546 @default.
• W1992970488 cites W2038757750 @default.
• W1992970488 cites W2039160664 @default.
• W1992970488 cites W2046564788 @default.
• W1992970488 cites W2057534852 @default.
• W1992970488 cites W2059984985 @default.
• W1992970488 cites W2060475014 @default.
• W1992970488 cites W2060576432 @default.
• W1992970488 cites W2073270114 @default.
• W1992970488 cites W2074475490 @default.
• W1992970488 cites W2074777740 @default.
• W1992970488 cites W2077639313 @default.
• W1992970488 cites W2077856235 @default.
• W1992970488 cites W2083365286 @default.
• W1992970488 cites W2083988711 @default.
• W1992970488 cites W2089672479 @default.
• W1992970488 cites W2092838154 @default.
• W1992970488 cites W2095850584 @default.
• W1992970488 cites W2103054786 @default.
• W1992970488 cites W2106434739 @default.
• W1992970488 cites W2121685449 @default.
• W1992970488 cites W2125112285 @default.
• W1992970488 cites W2133123123 @default.
• W1992970488 cites W2137945591 @default.
• W1992970488 cites W2144278795 @default.
• W1992970488 cites W2158187328 @default.
• W1992970488 cites W2160734510 @default.
• W1992970488 cites W2162214076 @default.
• W1992970488 cites W2167088427 @default.
• W1992970488 cites W2312722050 @default.
• W1992970488 cites W2321869035 @default.
• W1992970488 cites W2323224931 @default.
• W1992970488 cites W2331940827 @default.
• W1992970488 cites W4234618391 @default.
• W1992970488 cites W4248000671 @default.
• W1992970488 cites W4255632308 @default.
• W1992970488 doi "https://doi.org/10.5194/acp-14-1337-2014" @default.
• W1992970488 hasPublicationYear "2014" @default.
• W1992970488 type Work @default.
• W1992970488 sameAs 1992970488 @default.
• W1992970488 citedByCount "54" @default.
• W1992970488 countsByYear W19929704882014 @default.
• W1992970488 countsByYear W19929704882015 @default.
• W1992970488 countsByYear W19929704882016 @default.
• W1992970488 countsByYear W19929704882017 @default.
• W1992970488 countsByYear W19929704882018 @default.
• W1992970488 countsByYear W19929704882019 @default.
• W1992970488 countsByYear W19929704882020 @default.
• W1992970488 countsByYear W19929704882021 @default.
• W1992970488 countsByYear W19929704882022 @default.
• W1992970488 countsByYear W19929704882023 @default.
• W1992970488 crossrefType "journal-article" @default.
• W1992970488 hasAuthorship W1992970488A5001076625 @default.
• W1992970488 hasAuthorship W1992970488A5005526984 @default.
• W1992970488 hasAuthorship W1992970488A5006224161 @default.
• W1992970488 hasAuthorship W1992970488A5010059066 @default.
• W1992970488 hasAuthorship W1992970488A5034645705 @default.
• W1992970488 hasAuthorship W1992970488A5041129695 @default.
• W1992970488 hasAuthorship W1992970488A5054809684 @default.
• W1992970488 hasAuthorship W1992970488A5055361102 @default.
• W1992970488 hasAuthorship W1992970488A5057993612 @default.
• W1992970488 hasAuthorship W1992970488A5058717642 @default.
• W1992970488 hasAuthorship W1992970488A5059503542 @default.

• next