Matches in SemOpenAlex for { <https://semopenalex.org/work/W2917797788> ?p ?o ?g. }
- W2917797788 endingPage "196" @default.
- W2917797788 startingPage "186" @default.
- W2917797788 abstract "In a recent work on line shape parameters for the H2O-H2 [Renaud et al., Icarus, 306,275, 2018] it was shown that this far off-resonance collision system displays strong vibrational dependence. In Renaud et al., calculations were made for bands with one bend or stretch (symmetric or antisymmetric) vibrational quanta exchanged. Water is seen throughout the universe under a vast range of conditions. The needs of the spectroscopic and astrophysics communities include data for water vapor transitions with multiple quanta exchanged. In this work, calculations were made using the Modified Complex Robert-Bonamy (MCRB) formalism for 0–4 vibrational quanta exchanged in the ν1, ν2, and ν3 bands, and the 3ν1 + ν3 band at 13 temperatures from 200 to 3000 K: calculations for more than 100,000 transitions. From these data, the vibrational dependence of the half-width, line shift, and their temperature dependence are studied as a function of rotational transition. The results show a strong and unusual vibrational dependence. The data were used to develop a prediction routine, which is based on theory [Gamache and Hartmann, JQSRT, 83, 119, 2004] rather than ad hoc fitting to a polynomial or other forms. The resulting prediction algorithm gives line shape parameters with much lower uncertainty compared to those from J″ average values or polynomial methods. A line file, based on HITRAN2016, was created for remote sensing applications that study H2O in hydrogen-rich atmospheres." @default.
- W2917797788 created "2019-03-02" @default.
- W2917797788 creator A5024678438 @default.
- W2917797788 creator A5025673940 @default.
- W2917797788 creator A5032763138 @default.
- W2917797788 creator A5038875113 @default.
- W2917797788 creator A5051313881 @default.
- W2917797788 date "2019-07-01" @default.
- W2917797788 modified "2023-10-15" @default.
- W2917797788 title "Vibrational dependence, temperature dependence, and prediction of line shape parameters for the H2O-H2 collision system" @default.
- W2917797788 cites W1482800202 @default.
- W2917797788 cites W1513414976 @default.
- W2917797788 cites W1967787729 @default.
- W2917797788 cites W1969408197 @default.
- W2917797788 cites W1978291265 @default.
- W2917797788 cites W1994098752 @default.
- W2917797788 cites W1999132779 @default.
- W2917797788 cites W1999249763 @default.
- W2917797788 cites W2000536961 @default.
- W2917797788 cites W2007183169 @default.
- W2917797788 cites W2017536420 @default.
- W2917797788 cites W2019746089 @default.
- W2917797788 cites W2026899396 @default.
- W2917797788 cites W2036125430 @default.
- W2917797788 cites W2049844051 @default.
- W2917797788 cites W2052966004 @default.
- W2917797788 cites W2055234327 @default.
- W2917797788 cites W2055289446 @default.
- W2917797788 cites W2059087226 @default.
- W2917797788 cites W2060026382 @default.
- W2917797788 cites W2060731099 @default.
- W2917797788 cites W2064620485 @default.
- W2917797788 cites W2079606543 @default.
- W2917797788 cites W2086893183 @default.
- W2917797788 cites W2088800531 @default.
- W2917797788 cites W2092682648 @default.
- W2917797788 cites W2097628718 @default.
- W2917797788 cites W2108517178 @default.
- W2917797788 cites W2114973687 @default.
- W2917797788 cites W2115660453 @default.
- W2917797788 cites W2121560663 @default.
- W2917797788 cites W2126858388 @default.
- W2917797788 cites W2133151341 @default.
- W2917797788 cites W2133636837 @default.
- W2917797788 cites W2137260213 @default.
- W2917797788 cites W2138314375 @default.
- W2917797788 cites W2139843093 @default.
- W2917797788 cites W2143323696 @default.
- W2917797788 cites W2153374781 @default.
- W2917797788 cites W2156741122 @default.
- W2917797788 cites W2166520721 @default.
- W2917797788 cites W2177158301 @default.
- W2917797788 cites W2280146657 @default.
- W2917797788 cites W2300571655 @default.
- W2917797788 cites W2543652943 @default.
- W2917797788 cites W2579894196 @default.
- W2917797788 cites W2624490378 @default.
- W2917797788 cites W2762406171 @default.
- W2917797788 cites W2789511173 @default.
- W2917797788 cites W2790968665 @default.
- W2917797788 cites W2809422638 @default.
- W2917797788 cites W2888822238 @default.
- W2917797788 cites W2915594431 @default.
- W2917797788 cites W3098705857 @default.
- W2917797788 cites W3099400026 @default.
- W2917797788 cites W3100763381 @default.
- W2917797788 cites W3102019809 @default.
- W2917797788 cites W3102032311 @default.
- W2917797788 cites W3103387875 @default.
- W2917797788 cites W3104429365 @default.
- W2917797788 cites W4231881608 @default.
- W2917797788 doi "https://doi.org/10.1016/j.icarus.2019.02.011" @default.
- W2917797788 hasPublicationYear "2019" @default.
- W2917797788 type Work @default.
- W2917797788 sameAs 2917797788 @default.
- W2917797788 citedByCount "7" @default.
- W2917797788 countsByYear W29177977882019 @default.
- W2917797788 countsByYear W29177977882020 @default.
- W2917797788 countsByYear W29177977882021 @default.
- W2917797788 countsByYear W29177977882022 @default.
- W2917797788 countsByYear W29177977882023 @default.
- W2917797788 crossrefType "journal-article" @default.
- W2917797788 hasAuthorship W2917797788A5024678438 @default.
- W2917797788 hasAuthorship W2917797788A5025673940 @default.
- W2917797788 hasAuthorship W2917797788A5032763138 @default.
- W2917797788 hasAuthorship W2917797788A5038875113 @default.
- W2917797788 hasAuthorship W2917797788A5051313881 @default.
- W2917797788 hasBestOaLocation W29177977881 @default.
- W2917797788 hasConcept C121332964 @default.
- W2917797788 hasConcept C121704057 @default.
- W2917797788 hasConcept C134306372 @default.
- W2917797788 hasConcept C152401794 @default.
- W2917797788 hasConcept C184779094 @default.
- W2917797788 hasConcept C198352243 @default.
- W2917797788 hasConcept C2524010 @default.
- W2917797788 hasConcept C30475298 @default.
- W2917797788 hasConcept C33923547 @default.
- W2917797788 hasConcept C37914503 @default.