FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W1992245814> ?p ?o ?g. }

• W1992245814 endingPage "94" @default.
• W1992245814 startingPage "75" @default.
• W1992245814 abstract "The ability of an improved version of a recent three-dimensional ab initio potential energy surface for the He–N2 interaction [Phys. Rev. A 66, 042703 (2002)], determined from high-level coupled-cluster calculations (including full singles and doubles, perturbative triples, and Brueckner orbitals), to predict scattering cross-sections and various bulk gas mixture properties is tested. The full three-dimensional potential energy surface has been employed for the calculation of vibrational relaxation rates, and a two-dimensional version (at a fixed N2 bond length of 2.0743 a 0) has been used for the calculation of molecular beam scattering cross-sections using quantum close-coupling methods and for the calculation of bulk gas phenomena using classical trajectory methods. The results obtained from the two-dimensional version of the present potential energy surface are compared with those obtained from three other recent accurate two-dimensional representations of the He–N2 interaction." @default.
• W1992245814 created "2016-06-24" @default.
• W1992245814 creator A5005592480 @default.
• W1992245814 creator A5015896355 @default.
• W1992245814 creator A5017106396 @default.
• W1992245814 creator A5050821490 @default.
• W1992245814 creator A5076418884 @default.
• W1992245814 date "2008-01-10" @default.
• W1992245814 modified "2023-09-26" @default.
• W1992245814 title "A comparative multi-property analysis of existing models for the He–N₂potential energy surface" @default.
• W1992245814 cites W1604513821 @default.
• W1992245814 cites W1964275849 @default.
• W1992245814 cites W1965289964 @default.
• W1992245814 cites W1966303964 @default.
• W1992245814 cites W1966702069 @default.
• W1992245814 cites W1968257488 @default.
• W1992245814 cites W1968437164 @default.
• W1992245814 cites W1972306018 @default.
• W1992245814 cites W1972591666 @default.
• W1992245814 cites W1975940122 @default.
• W1992245814 cites W1977166931 @default.
• W1992245814 cites W1977950416 @default.
• W1992245814 cites W1979831751 @default.
• W1992245814 cites W1981461805 @default.
• W1992245814 cites W1981487377 @default.
• W1992245814 cites W1988629034 @default.
• W1992245814 cites W1989949026 @default.
• W1992245814 cites W1990751678 @default.
• W1992245814 cites W1992609659 @default.
• W1992245814 cites W1993397673 @default.
• W1992245814 cites W1993668091 @default.
• W1992245814 cites W1997411120 @default.
• W1992245814 cites W1997598410 @default.
• W1992245814 cites W2004266501 @default.
• W1992245814 cites W2010567434 @default.
• W1992245814 cites W2011691065 @default.
• W1992245814 cites W2019885197 @default.
• W1992245814 cites W2020734813 @default.
• W1992245814 cites W2022371557 @default.
• W1992245814 cites W2023548444 @default.
• W1992245814 cites W2024529605 @default.
• W1992245814 cites W2028233012 @default.
• W1992245814 cites W2035324793 @default.
• W1992245814 cites W2038809534 @default.
• W1992245814 cites W2040179063 @default.
• W1992245814 cites W2040270087 @default.
• W1992245814 cites W2041896869 @default.
• W1992245814 cites W2042402570 @default.
• W1992245814 cites W2043884425 @default.
• W1992245814 cites W2044685481 @default.
• W1992245814 cites W2046359555 @default.
• W1992245814 cites W2047607166 @default.
• W1992245814 cites W2050217661 @default.
• W1992245814 cites W2051271164 @default.
• W1992245814 cites W2052058045 @default.
• W1992245814 cites W2053997642 @default.
• W1992245814 cites W2058378463 @default.
• W1992245814 cites W2062390585 @default.
• W1992245814 cites W2062533285 @default.
• W1992245814 cites W2063392540 @default.
• W1992245814 cites W2064626618 @default.
• W1992245814 cites W2065193558 @default.
• W1992245814 cites W2066070362 @default.
• W1992245814 cites W2067815030 @default.
• W1992245814 cites W2068271305 @default.
• W1992245814 cites W2070683033 @default.
• W1992245814 cites W2077239305 @default.
• W1992245814 cites W2079521870 @default.
• W1992245814 cites W2081358513 @default.
• W1992245814 cites W2083371889 @default.
• W1992245814 cites W2084276247 @default.
• W1992245814 cites W2088665925 @default.
• W1992245814 cites W2091379885 @default.
• W1992245814 cites W2109222448 @default.
• W1992245814 cites W2111471441 @default.
• W1992245814 cites W2120993670 @default.
• W1992245814 cites W2169804853 @default.
• W1992245814 cites W2324604621 @default.
• W1992245814 cites W2325125721 @default.
• W1992245814 cites W2325215402 @default.
• W1992245814 cites W2335343760 @default.
• W1992245814 cites W3030848476 @default.
• W1992245814 cites W305925387 @default.
• W1992245814 cites W4243264998 @default.
• W1992245814 cites W55836369 @default.
• W1992245814 doi "https://doi.org/10.1080/00268970701832363" @default.
• W1992245814 hasPublicationYear "2008" @default.
• W1992245814 type Work @default.
• W1992245814 sameAs 1992245814 @default.
• W1992245814 citedByCount "12" @default.
• W1992245814 countsByYear W19922458142018 @default.
• W1992245814 crossrefType "journal-article" @default.
• W1992245814 hasAuthorship W1992245814A5005592480 @default.
• W1992245814 hasAuthorship W1992245814A5015896355 @default.
• W1992245814 hasAuthorship W1992245814A5017106396 @default.
• W1992245814 hasAuthorship W1992245814A5050821490 @default.
• W1992245814 hasAuthorship W1992245814A5076418884 @default.
• W1992245814 hasBestOaLocation W19922458142 @default.

• next