FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W3104078901> ?p ?o ?g. }

• W3104078901 endingPage "234303" @default.
• W3104078901 startingPage "234303" @default.
• W3104078901 abstract "We present an extensive range of quantum calculations for the state-changing rotational dynamics involving two simple molecular anions that are expected to play some role in the evolutionary analysis of chemical networks in the interstellar environments, C2H− (X1Σ+) and C2N− (X3Σ−), but for which inelastic rates are only known for C2H−. The same systems are also of direct interest in modeling selective photo-detachment experiments in cold ion traps where the He atoms function as the chief buffer gas at the low trap temperatures. This study employs accurate, ab initio calculations of the interaction potential energy surfaces for these anions, treated as rigid rotors, and the He atom to obtain a wide range of state-changing quantum cross sections and rates at temperatures up to about 100 K. The results are analyzed and compared for the two systems to show differences and similarities between their rates of state-changing dynamics." @default.
• W3104078901 created "2020-11-23" @default.
• W3104078901 creator A5011625897 @default.
• W3104078901 creator A5026306436 @default.
• W3104078901 creator A5037936730 @default.
• W3104078901 creator A5049211079 @default.
• W3104078901 creator A5057771321 @default.
• W3104078901 date "2020-06-21" @default.
• W3104078901 modified "2023-10-17" @default.
• W3104078901 title "Rotational state-changing collisions of C₂H⁻and C₂N⁻anions with He under interstellar and cold ion trap conditions: A computational comparison" @default.
• W3104078901 cites W1508872764 @default.
• W3104078901 cites W1515624524 @default.
• W3104078901 cites W1542472209 @default.
• W3104078901 cites W1623034526 @default.
• W3104078901 cites W1628972387 @default.
• W3104078901 cites W1659870392 @default.
• W3104078901 cites W1775363585 @default.
• W3104078901 cites W1811396567 @default.
• W3104078901 cites W1933340382 @default.
• W3104078901 cites W1964378799 @default.
• W3104078901 cites W1968680094 @default.
• W3104078901 cites W1971063822 @default.
• W3104078901 cites W1973568513 @default.
• W3104078901 cites W1973867242 @default.
• W3104078901 cites W1974361995 @default.
• W3104078901 cites W1975481745 @default.
• W3104078901 cites W1985176292 @default.
• W3104078901 cites W2001088450 @default.
• W3104078901 cites W2005768850 @default.
• W3104078901 cites W2011120601 @default.
• W3104078901 cites W2013396858 @default.
• W3104078901 cites W2016861947 @default.
• W3104078901 cites W2017886357 @default.
• W3104078901 cites W2021724334 @default.
• W3104078901 cites W2032436962 @default.
• W3104078901 cites W2033428516 @default.
• W3104078901 cites W2037365376 @default.
• W3104078901 cites W2040924741 @default.
• W3104078901 cites W2050453167 @default.
• W3104078901 cites W2051336087 @default.
• W3104078901 cites W2055284764 @default.
• W3104078901 cites W2057208454 @default.
• W3104078901 cites W2070927660 @default.
• W3104078901 cites W2072553895 @default.
• W3104078901 cites W2077850196 @default.
• W3104078901 cites W2087378138 @default.
• W3104078901 cites W2090685838 @default.
• W3104078901 cites W2098776245 @default.
• W3104078901 cites W2138395403 @default.
• W3104078901 cites W2164251119 @default.
• W3104078901 cites W2167722380 @default.
• W3104078901 cites W2320389961 @default.
• W3104078901 cites W2559495356 @default.
• W3104078901 cites W2582943404 @default.
• W3104078901 cites W2589795069 @default.
• W3104078901 cites W2598627798 @default.
• W3104078901 cites W2730723018 @default.
• W3104078901 cites W2763747018 @default.
• W3104078901 cites W2775671733 @default.
• W3104078901 cites W2801699605 @default.
• W3104078901 cites W2804598133 @default.
• W3104078901 cites W2807932576 @default.
• W3104078901 cites W2923627333 @default.
• W3104078901 cites W2923838378 @default.
• W3104078901 cites W2954251355 @default.
• W3104078901 cites W2979349326 @default.
• W3104078901 cites W2983749003 @default.
• W3104078901 cites W2997953034 @default.
• W3104078901 cites W3037475515 @default.
• W3104078901 cites W3098317889 @default.
• W3104078901 cites W3102539379 @default.
• W3104078901 cites W3104519342 @default.
• W3104078901 cites W3122049348 @default.
• W3104078901 doi "https://doi.org/10.1063/5.0011585" @default.
• W3104078901 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/32571047" @default.
• W3104078901 hasPublicationYear "2020" @default.
• W3104078901 type Work @default.
• W3104078901 sameAs 3104078901 @default.
• W3104078901 citedByCount "6" @default.
• W3104078901 countsByYear W31040789012021 @default.
• W3104078901 countsByYear W31040789012023 @default.
• W3104078901 crossrefType "journal-article" @default.
• W3104078901 hasAuthorship W3104078901A5011625897 @default.
• W3104078901 hasAuthorship W3104078901A5026306436 @default.
• W3104078901 hasAuthorship W3104078901A5037936730 @default.
• W3104078901 hasAuthorship W3104078901A5049211079 @default.
• W3104078901 hasAuthorship W3104078901A5057771321 @default.
• W3104078901 hasBestOaLocation W31040789012 @default.
• W3104078901 hasConcept C106289968 @default.
• W3104078901 hasConcept C121332964 @default.
• W3104078901 hasConcept C145148216 @default.
• W3104078901 hasConcept C147597530 @default.
• W3104078901 hasConcept C149635348 @default.
• W3104078901 hasConcept C159467904 @default.
• W3104078901 hasConcept C159985019 @default.
• W3104078901 hasConcept C178790620 @default.
• W3104078901 hasConcept C180920033 @default.
• W3104078901 hasConcept C183971685 @default.

• next