Nanopublications LDF server

Matches in Nanopublications for { ?s ?p <http://purl.org/petapico/o/hycl#AIDA-Sentence> ?g. }

• The%20flow%20rate%20was%20reduced%20by%20only%2013%20%25%20after%205.3%20hours%20due%20to%20particle%20deposition%20in%20the%20main%20flow%20line%20when%20dead%20zones%20were%20blocked%20with%20inserts. type AIDA-Sentence assertion.
• Clusters%20of%20particles%20were%20generated%20due%20to%20the%20accumulation%20of%20particles%20in%20the%20stagnation%20zones%20upstream%20prior%20to%20blockage%20without%20inserts. type AIDA-Sentence assertion.
• Deposits%20in%20the%20dead%20zones%20caused%20deterioration%20of%20heat%20transfer%20with%20the%20bulk%20flow%2C%20leading%20to%20re-suspension%20in%20the%20form%20of%20slugs%20and%20eventual%20blockage. type AIDA-Sentence assertion.
• Pressure%20peaking%20phenomenon%20%28PPP%29%20was%20observed%20during%20all%20the%20large-scale%20experiments%20with%20unignited%20hydrogen%20releases%20in%20a%20vented%20enclosure. type AIDA-Sentence assertion.
• The%20maximum%20overpressure%20inside%20the%20enclosure%20reaches%20a%20peak%20when%20the%20molar%20flow%20rate%20of%20hydrogen%20entering%20equals%20the%20molar%20flow%20rate%20exiting%20the%20vent. type AIDA-Sentence assertion.
• The%20overpressure%20in%20the%20enclosure%20grows%20with%20increasing%20hydrogen%20mass%20flow%20rate%20for%20a%20given%20ventilation%20area. type AIDA-Sentence assertion.
• Larger%20ventilation%20areas%20result%20in%20lower%20peak%20overpressures%20in%20the%20enclosure%20for%20the%20same%20hydrogen%20mass%20flow%20rates. type AIDA-Sentence assertion.
• The%20enclosure%20volume%20does%20not%20significantly%20influence%20the%20peak%20overpressure%20but%20affects%20the%20time%20at%20which%20the%20peak%20occurs. type AIDA-Sentence assertion.
• A%20discharge%20coefficient%20%28C%29%20of%200.7%20provides%20the%20best%20agreement%20between%20analytical%20predictions%20and%20experimental%20overpressure%20results%20for%20the%20setup%20used. type AIDA-Sentence assertion.
• The%20perfect%20mix%20model%20assuming%20well-stirred%20hydrogen%20and%20air%20inside%20the%20enclosure%20provides%20a%20reasonable%20approximation%20of%20the%20overpressure%20dynamics. type AIDA-Sentence assertion.
• The%20real%20mix%20model%2C%20incorporating%20measured%20hydrogen%20concentration%20and%20temperature%2C%20improves%20the%20accuracy%20of%20overpressure%20prediction%20before%20reaching%20the%20pressure%20peak. type AIDA-Sentence assertion.
• Blowdown%20experiments%20with%20decreasing%20hydrogen%20mass%20flow%20rate%20result%20in%20lower%20peak%20overpressures%20compared%20to%20constant%20flow%20rate%20experiments. type AIDA-Sentence assertion.
• The%20hydrogen%20concentration%20at%20the%20time%20of%20peak%20overpressure%20varies%20depending%20on%20the%20ventilation%20area%20and%20mass%20flow%20rate. type AIDA-Sentence assertion.
• Peak%20pressure%20was%20measured%20above%2045%20kPa. type AIDA-Sentence assertion.
• Increasing%20the%20mass%20flow%20rate%20increases%20the%20peak%20pressure. type AIDA-Sentence assertion.
• Increasing%20the%20ventilation%20area%20decreases%20the%20peak%20pressure. type AIDA-Sentence assertion.
• Longer%20combustion%20time%20resulted%20in%20higher%20temperatures%2C%20increasing%20the%20underpressure%20effect. type AIDA-Sentence assertion.
• The%20model%20predicts%20the%20pressures%20within%20%C2%B12%20kPa. type AIDA-Sentence assertion.
• The%20pressure%20peaking%20phenomena%20for%20ignited%20releases%20produced%20pressures%20nearly%20four%20times%20higher%20than%20unignited%20releases%20at%20similar%20conditions. type AIDA-Sentence assertion.
• Passerine%20scat%20was%20disproportionally%20deposited%20on%20stumps. type AIDA-Sentence assertion.
• The%20vast%20majority%20of%20passerine%20scat%20contained%20viable%20Vaccinium%20seed. type AIDA-Sentence assertion.
• A%20higher%20probability%20of%20Vaccinium%20seedling%20establishment%20occurred%20at%20stumps%20compared%20with%20the%20forest%20floor. type AIDA-Sentence assertion.
• The%20probability%20of%20scat%20deposition%20increased%20with%20higher%20complexity%20of%20the%20vertical%20forest%20structure. type AIDA-Sentence assertion.
• The%20probability%20of%20scat%20deposition%20decreased%20with%20lower%20canopy%20cover. type AIDA-Sentence assertion.
• Vaccinium%20seedling%20establishment%20on%20stumps%20required%20bryophyte%20cover. type AIDA-Sentence assertion.
• Vaccinium%20seedlings%20were%20more%20likely%20to%20establish%20on%20larger%20stumps. type AIDA-Sentence assertion.
• Seedling%20establishment%20occurred%20on%20smaller%20stumps%20with%20competition-free%20spaces. type AIDA-Sentence assertion.
• Passerine%20birds%20facilitate%20sexual%20reproduction%20in%20clonal%20keystone%20boreal%20forest%20plants%20by%20dispersing%20seeds%20preferentially%20onto%20coarse%20woody%20debris%20%28CWD%29%2C%20especially%20dead%20wood. type AIDA-Sentence assertion.
• Directed%20endozoochory%20by%20passerine%20birds%20significantly%20increases%20seed%20germination%20success%20in%20Vaccinium%20spp.%20when%20seeds%20are%20deposited%20onto%20dead%20wood. type AIDA-Sentence assertion.
• The%20density%20of%20seeds%20dispersed%20by%20passerine%20birds%20is%20higher%20on%20dead%20wood%20compared%20to%20living%20vegetation%20or%20bare%20ground. type AIDA-Sentence assertion.
• Passerine-mediated%20seed%20dispersal%20creates%20hotspots%20of%20seedling%20establishment%20on%20dead%20wood%20for%20clonal%20keystone%20plant%20species. type AIDA-Sentence assertion.
• The%20CLT%20increased%20the%20HRR%20of%20the%20wood%20crib. type AIDA-Sentence assertion.
• The%20fire%20spread%20rate%20before%20the%20ignition%20of%20the%20ceiling%20was%2054%20mm%2Fmin%20%280.9%20mm%2Fs%29. type AIDA-Sentence assertion.
• The%20fire%20spread%20rate%20after%20the%20ignition%20of%20the%20ceiling%20was%201.2%20m%2Fmin%20%2820%20mm%2Fs%29. type AIDA-Sentence assertion.
• The%20char%20depth%20was%20strongly%20non-uniform%20across%20the%20ceiling. type AIDA-Sentence assertion.
• The%20largest%20char%20depth%20along%20the%20X-axis%20was%20located%20where%20the%20highest%20temperatures%20were%20measured. type AIDA-Sentence assertion.
• The%20arithmetic%20average%20of%20the%20char%20depth%20of%20the%20entire%20CLT%20ceiling%20was%2026%20mm. type AIDA-Sentence assertion.
• Delamination%20occurred%20in%20the%20centre%20of%20the%20compartment%20where%20the%20char%20depth%20was%20thicker. type AIDA-Sentence assertion.
• Even%20for%20the%20areas%20with%20delamination%2C%20the%20charring%20had%20not%20reached%20the%20glue-line. type AIDA-Sentence assertion.
• The%20maximum%20temperature%20at%2040%20mm%20depth%20was%20164%E2%80%93194%C2%B0C%20around%20120%20min. type AIDA-Sentence assertion.
• The%20temperature%20below%20the%20ceiling%20at%20120%20min%20was%20approximately%20220%C2%B0C%20and%20declining. type AIDA-Sentence assertion.
• From%20the%20point%20when%20the%20ceiling%20was%20ignited%2C%20the%20fire%20dynamics%20changed%20completely%2C%20and%20the%20flames%20spread%20quickly%20across%20the%20ceiling%20and%20wood%20crib. type AIDA-Sentence assertion.
• The%20fire%20travelled%20back%20and%20forth%20in%20four%20distinct%20flashing%20waves%20within%2013%20min. type AIDA-Sentence assertion.
• After%20a%20short%20post-flashover%20phase%2C%20the%20intensity%20of%20the%20fire%20was%20rapidly%20reduced%2C%20and%20the%20CLT%20ceiling%20self-extinguished%20over%20a%20period%20of%20approx.%2010%20min. type AIDA-Sentence assertion.
• The%20charring%20was%20most%20pronounced%20in%20the%20centre%20of%20the%20ceiling%20and%20towards%20the%20back%20of%20the%20room. type AIDA-Sentence assertion.
• Some%20delamination%20was%20observed%2C%20although%20the%20average%20char%20depth%20did%20not%20reach%20the%20glue%20line. type AIDA-Sentence assertion.
• No%20reignition%20or%20fire%20growth%20was%20observed%20within%204%20h%20after%20self-extinguishment. type AIDA-Sentence assertion.
• External%20flames%20were%20present%20during%20the%20flashing%20waves%20and%20for%20a%20short%20period%20after%20flashover. type AIDA-Sentence assertion.
• The%20incident%20heat%20flux%20at%20the%20fa%C3%A7ade%20was%20lower%20than%20the%20highest%20values%20measured%20in%20other%20comparable%20CLT%20compartment%20experiments. type AIDA-Sentence assertion.
• The%20fire%20appeared%20neither%20as%20a%20true%20fuel-controlled%20fire%20nor%20a%20ventilation-controlled%20fire%2C%20as%20it%20had%20elements%20of%20both. type AIDA-Sentence assertion.
• The%20fire%20spread%20across%20the%20room%20in%20less%20than%203.5%20minutes%20from%20ignition%20of%20the%20wood%20crib%20on%20the%20floor%20and%20in%201.5%20minutes%20after%20the%20ignition%20of%20the%20ceiling. type AIDA-Sentence assertion.
• Large%20external%20flames%20were%20observed%2C%20with%20the%20maximum%20height%20reaching%206-8%20meters%20above%20the%20ground. type AIDA-Sentence assertion.
• The%205-layer%20CLT%20exhibited%20glue-line%20integrity%20failure%20and%20led%20to%20a%20second%20flashover%20after%20a%20significant%20period%20of%20decay. type AIDA-Sentence assertion.
• Subsequent%20layers%20of%2020%20mm%20also%20delaminated%20before%20the%20fire%20was%20manually%20extinguished%20after%203%20hours. type AIDA-Sentence assertion.
• The%20fire%20spread%20rate%20was%20faster%2C%20and%20temperatures%2C%20charring%20rates%2C%20heat%20release%20rates%2C%20and%20external%20flames%20were%20higher%20in%20%23FRIC-02%20compared%20to%20%23FRIC-01. type AIDA-Sentence assertion.
• The%20average%20final%20char%20depth%20across%20the%20CLT%20back%20wall%20was%2097%20mm%20with%20a%20standard%20deviation%20of%2013%20mm%20and%20104%20mm%20with%20a%207%20mm%20standard%20deviation%20for%20the%20CLT%20ceiling. type AIDA-Sentence assertion.
• The%20charring%20rate%20was%20highest%20for%20the%20first%2010%20mm%20and%20decreased%20with%20each%20subsequent%2010%20mm%20into%20the%20wood. type AIDA-Sentence assertion.
• The%20incident%20heat%20flux%20towards%20the%20facade%20above%20Window%204%20reached%20a%20maximum%20of%20175%20kW%2Fm%C2%B2%20with%20large%20fluctuations%20during%20the%20most%20intense%20phase%20of%20the%20fire. type AIDA-Sentence assertion.
• Self-extinction%20of%20flames%20at%20the%20CLT%20wall%20and%20ceiling%20occurred%20at%20temperatures%20between%20805%20and%20845%20%C2%B0C%20and%20an%20incident%20heat%20flux%20of%2070%E2%80%9384%20kW%2Fm%C2%B2. type AIDA-Sentence assertion.
• During%20the%20most%20intense%20burning%20phase%2C%20the%20oxygen%20concentration%20measured%20through%20Window%204%20dropped%20to%200%25. type AIDA-Sentence assertion.
• The%20maximum%20heat%20release%20rate%20%28HRR%29%20from%20the%20combined%20wood%20crib%20and%20CLT%20was%20estimated%20to%20be%2073%20MW. type AIDA-Sentence assertion.
• In%20%23FRIC-02%2C%20the%20ceiling%20fire%20continued%20to%20spread%20and%20developed%20into%20a%20full%20flashover%201.5%20min%20after%20the%20ceiling%20was%20ignited. type AIDA-Sentence assertion.
• In%20%23FRIC-02%2C%20the%20fire%20spread%20across%20the%20room%20in%20less%20than%203.5%20min%20from%20ignition%20with%20a%20spread%20rate%20of%205.5%20m%2Fmin. type AIDA-Sentence assertion.
• The%20maximum%20HRR%20of%20the%20wood%20crib%20was%20determined%20to%20be%2015%20MW%20%2875%25%29%20higher%20in%20%23FRIC-02%20than%20in%20%23FRIC-01. type AIDA-Sentence assertion.
• In%20%23FRIC-02%2C%205%20MW%20of%20the%20increased%20HRR%20was%20due%20to%20the%20higher%20HRR%20per%20unit%20length%20caused%20by%20higher%20temperatures%20and%20heat%20fluxes%20towards%20the%20wood%20crib. type AIDA-Sentence assertion.
• In%20%23FRIC-02%2C%20the%20remaining%2010%20MW%20of%20increased%20HRR%20was%20due%20to%20faster%20fire%20spread%20across%20the%20wood%20crib. type AIDA-Sentence assertion.
• The%20average%20charring%20rates%20in%20%23FRIC-02%20were%2021%25%20and%2028%25%20faster%20than%20in%20%23FRIC-01%20for%200%E2%80%9310%20mm%20and%2010%E2%80%9320%20mm%20depth%2C%20respectively. type AIDA-Sentence assertion.
• The%20increased%20charring%20rates%20in%20%23FRIC-02%20correspond%20to%20an%20estimated%20HRR%20increase%20for%20the%20ceiling%20of%203.5%20MW. type AIDA-Sentence assertion.
• The%20external%20flames%20in%20%23FRIC-02%20were%20highly%20non-symmetrical%20due%20to%20wind%20conditions. type AIDA-Sentence assertion.
• The%20wind%20conditions%20in%20%23FRIC-02%20caused%20an%20underpressure%20outside%20of%20Window%204%2C%20leading%20to%20particularly%20large%20external%20flames%20from%20this%20window. type AIDA-Sentence assertion.
• In%20%23FRIC-02%2C%20the%20temperatures%20during%20the%20most%20intense%20period%20were%201010%E2%80%931172%20%C2%B0C%20in%20the%20whole%20compartment. type AIDA-Sentence assertion.
• The%20maximum%20HRR%20in%20%23FRIC-02%20was%2032%20MW%20%2878%25%29%20higher%20than%20in%20%23FRIC-01. type AIDA-Sentence assertion.
• In%20%23FRIC-02%2C%20the%20fire%20growth%20rate%20was%20measured%20at%205.7%20%C2%B0C%2Fmin%20for%20the%20compartment%20temperature%20during%20the%20growth%20phase. type AIDA-Sentence assertion.
• %23FRIC-02%20exhibited%20a%20second%20flashover%20and%20subsequent%20fluctuations%20of%20fire%20intensity%2060%20min%20after%20extinction%20of%20flames%20at%20the%20CLT. type AIDA-Sentence assertion.
• In%20%23FRIC-02%2C%20delamination%20occurred%20simultaneously%20in%20multiple%20locations%2C%20contributing%20to%20the%20transition%20of%20larger%20flames%20and%20the%20second%20flashover. type AIDA-Sentence assertion.
• The%20charring%20of%20the%20CLT%20in%20%23FRIC-02%20was%20strongly%20non-uniform%2C%20with%20increasing%20char%20depth%20from%20the%20window%20opening%20to%20the%20back%20wall. type AIDA-Sentence assertion.
• Self-extinction%20of%20flames%20at%20the%20CLT%20in%20%23FRIC-02%20occurred%20at%20temperatures%20805%E2%80%93845%20%C2%B0C%20and%20incident%20heat%20flux%2070%E2%80%9384%20kW%2Fm%C2%B2. type AIDA-Sentence assertion.
• The%20CLT%20wall%20contributed%20to%20emissions%20of%20combustible%20gases%20before%20and%20after%20ignition%2C%20increasing%20radiation%20to%20the%20wood%20crib%20and%20the%20ceiling. type AIDA-Sentence assertion.
• In%20%23FRIC-02%2C%20the%20top%20of%20the%20wall%20ignited%20about%20the%20same%20time%20as%20the%20ceiling%2C%20enhancing%20fire%20spread. type AIDA-Sentence assertion.
• The%20exposed%20CLT%20wall%20resulted%20in%20an%20increased%20combustion%20rate%20of%20the%20wood%20crib%20and%20CLT%20ceiling%2C%20with%2013%20MW%20directly%20caused%20by%20the%20combustion%20of%20the%20CLT%20wall. type AIDA-Sentence assertion.
• Students%E2%80%99%20perceived%20usefulness%20of%20ChatGPT%20is%20increasing%20with%20variables%20such%20as%20general%20enthusiasm%20about%20new%20technology%2C%20ease%20of%20use%2C%20trustworthiness%2C%20and%20social%20influence%20from%20friends. type AIDA-Sentence assertion.
• The%20intention%20to%20use%20ChatGPT%20in%20a%20study%20context%20in%20the%20future%20is%20increasing%20with%20variables%20such%20as%20general%20enthusiasm%20about%20new%20technology%2C%20ease%20of%20use%2C%20and%20social%20influence%20from%20friends%2C%20except%20for%20trustworthiness. type AIDA-Sentence assertion.
• Students%20who%20have%20previously%20used%20ChatGPT%20find%20it%20more%20likely%20that%20they%20will%20use%20it%20in%20a%20study%20context%20in%20the%20future. type AIDA-Sentence assertion.
• The%20use%20of%20ChatGPT%20seems%20to%20depend%20upon%20type%20of%20course%2C%20and%20the%20students%20are%20more%20likely%20to%20use%20ChatGPT%20in%20other%20courses%20than%20accounting%20courses. type AIDA-Sentence assertion.
• Students%20are%20most%20likely%20to%20use%20ChatGPT%20to%20answer%20course-specific%20questions%2C%20and%20least%20likely%20to%20use%20it%20on%20exams. type AIDA-Sentence assertion.
• Several%20students%20seem%20to%20be%20aware%20that%20the%20answers%20from%20ChatGPT%20cannot%20always%20be%20trusted%2C%20but%20few%20mention%20that%20using%20ChatGPT%20in%20a%20study%20context%20can%20also%20have%20other%20negative%20effects%20on%20learning%20outcomes. type AIDA-Sentence assertion.
• Eleven%20of%20our%20respondents%20used%20ChatGPT%20for%20the%20first%20time%20in%20March%202023. type AIDA-Sentence assertion.
• The%20XiFoam%20model%2Fsolver%20gave%20an%20overall%20acceptable%20model%20performance%20for%20both%20geometries%20and%20gas%20composition. type AIDA-Sentence assertion.
• The%20highest%20maximum%20pressure%20for%20the%20High%20LBV%20Li-ion%20gas%20was%20156%20kPa%20%28gauge%29%2C%20recorded%20at%20PS3%20in%20case%2010%20%28%CF%86%20%3D%201.38%29. type AIDA-Sentence assertion.
• In%20the%20numerical%20simulations%2C%20the%20highest%20maximum%20pressure%20of%2089%20kPa%20%28gauge%29%20was%20in%20the%20High%20CFD%201.2%20Inner%20case. type AIDA-Sentence assertion.
• For%20the%20Simplified%20Li-ion%20gas%20experiments%2C%20the%20highest%20maximum%20pressure%20peak%20was%2056%20kPa%20%28gauge%29%20%28at%20PS1%29%20in%20case%2026%20%28%CF%86%20%3D%201.10%29. type AIDA-Sentence assertion.
• The%20highest%20simulated%20maximum%20pressure%20was%2077%20kPa%20%28gauge%29%20%28at%20PS2%29%20in%20the%20Simple%20CFD%201.0%20Inner%20case%20for%20the%20Simplified%20Li-ion%20gas. type AIDA-Sentence assertion.
• For%20the%20High%20LBV%20Li-ion%20gas%20in%20the%20center%20channel%20geometry%2C%20the%20highest%20experimental%20maximum%20pressure%20of%20223%20kPa%20%28gauge%29%20was%20measured%20at%20PS3%20for%20case%2041%20%28%CF%86%20%3D%201.09%29. type AIDA-Sentence assertion.
• The%20highest%20simulated%20maximum%20pressure%20of%2094%20kPa%20%28gauge%29%20for%20High%20LBV%20Li-ion%20gas%20was%20measured%20at%20PS1%20for%20the%20High%20CFD%201.2%20Center%20case. type AIDA-Sentence assertion.
• The%20highest%20maximum%20pressure%20peaks%20for%20the%20Simplified%20Li-ion%20gas%20were%2055%20kPa%20%28gauge%29%20measured%20at%20PS1%20in%20case%2058%20%28%CF%86%20%3D%201.01%29. type AIDA-Sentence assertion.
• The%20highest%20simulated%20maximum%20pressure%20for%20Simplified%20Li-ion%20gas%20was%20119%20kPa%20%28gauge%29%20at%20PS1%20in%20simulation%20case%20Simple%20CFD%201.0%20Center. type AIDA-Sentence assertion.
• The%20maximum%20experimental%20positive%20impulse%20was%20188%20kPa%20ms%20and%20160%20kPa%20ms%20for%20the%20High%20LBV%20Li-ion%20gas%20%28case%2011%2C%20%CF%86%20%3D%201.47%29%20and%20the%20Simplified%20Li-ion%20gas%20%28case%2026%2C%20%CF%86%20%3D%201.10%29%20in%20the%20inner%20channel%20geometry%2C%20respectively. type AIDA-Sentence assertion.
• In%20the%20simulations%2C%20the%20maximum%20positive%20impulse%20was%20313%20kPa%20ms%20%28High%20CFD%201.2%20Inner%29%20and%20280%20kPa%20ms%20%28Simple%20CFD%201.0%20Inner%29%20for%20the%20High%20LBV%20Li-ion%20gas%20and%20the%20Simplified%20Li-ion%20gas%2C%20respectively. type AIDA-Sentence assertion.
• For%20the%20High%20LBV%20Li-ion%20gas%20in%20the%20center%20channel%20geometry%2C%20the%20experimental%20maximum%20positive%20impulse%20was%20591%20kPa%20ms%20%28case%2042%2C%20%CF%86%20%3D%201.18%29. type AIDA-Sentence assertion.
• In%20the%20simulation%2C%20the%20maximum%20positive%20impulse%20for%20High%20LBV%20Li-ion%20gas%20was%20666%20kPa%20ms%20for%20case%20High%20CFD%201.2%20Center. type AIDA-Sentence assertion.

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