Matches in SemOpenAlex for { <https://semopenalex.org/work/W2323843315> ?p ?o ?g. }
- W2323843315 abstract "The recently developed weak-field asymptotic theory [Phys. Rev. A 84, 053423 (2011)] is applied to the analysis of tunneling ionization of a molecular ion (H${}_{2}^{+}$), several homonuclear (H${}_{2}$, N${}_{2}$, O${}_{2}$) and heteronuclear (CO, HF) diatomic molecules, and a linear triatomic molecule (CO${}_{2}$) in a static electric field. The dependence of the ionization rate on the angle between the molecular axis and the field is determined by a structure factor for the highest occupied molecular orbital. This factor is calculated using a virtually exact discrete variable representation wave function for H${}_{2}^{+}$, very accurate Hartree-Fock wave functions for the diatomics, and a Hartree-Fock quantum chemistry wave function for CO${}_{2}$. The structure factors are expanded in terms of standard functions and the associated structure coefficients, allowing the determination of the ionization rate for any orientation of the molecule with respect to the field, are tabulated. Our results, which are exact in the weak-field limit for H${}_{2}^{+}$ and, in addition, under the Hartree-Fock approximation for the diatomics, are compared with results from the recent literature." @default.
- W2323843315 created "2016-06-24" @default.
- W2323843315 creator A5025922764 @default.
- W2323843315 creator A5030141003 @default.
- W2323843315 creator A5077074803 @default.
- W2323843315 date "2012-05-03" @default.
- W2323843315 modified "2023-10-14" @default.
- W2323843315 title "Application of the weak-field asymptotic theory to the analysis of tunneling ionization of linear molecules" @default.
- W2323843315 cites W1537627042 @default.
- W2323843315 cites W1967204564 @default.
- W2323843315 cites W1967704490 @default.
- W2323843315 cites W1973010435 @default.
- W2323843315 cites W1976259481 @default.
- W2323843315 cites W1978253907 @default.
- W2323843315 cites W1980450508 @default.
- W2323843315 cites W1983262989 @default.
- W2323843315 cites W1988488633 @default.
- W2323843315 cites W1991198597 @default.
- W2323843315 cites W1992149115 @default.
- W2323843315 cites W1996094170 @default.
- W2323843315 cites W1997993978 @default.
- W2323843315 cites W1999825219 @default.
- W2323843315 cites W2000328383 @default.
- W2323843315 cites W2000662883 @default.
- W2323843315 cites W2001733000 @default.
- W2323843315 cites W2001930604 @default.
- W2323843315 cites W2002148274 @default.
- W2323843315 cites W2002937033 @default.
- W2323843315 cites W2005491589 @default.
- W2323843315 cites W2006310290 @default.
- W2323843315 cites W2006905311 @default.
- W2323843315 cites W2007441498 @default.
- W2323843315 cites W2012693048 @default.
- W2323843315 cites W2016413074 @default.
- W2323843315 cites W2017442940 @default.
- W2323843315 cites W2022950330 @default.
- W2323843315 cites W2022982442 @default.
- W2323843315 cites W2024870392 @default.
- W2323843315 cites W2027339214 @default.
- W2323843315 cites W2037982698 @default.
- W2323843315 cites W2038206275 @default.
- W2323843315 cites W2040731154 @default.
- W2323843315 cites W2043729985 @default.
- W2323843315 cites W2044134235 @default.
- W2323843315 cites W2046622440 @default.
- W2323843315 cites W2047221325 @default.
- W2323843315 cites W2052466407 @default.
- W2323843315 cites W2053816671 @default.
- W2323843315 cites W2053946381 @default.
- W2323843315 cites W2055635149 @default.
- W2323843315 cites W2059024631 @default.
- W2323843315 cites W2062254350 @default.
- W2323843315 cites W2063999118 @default.
- W2323843315 cites W2067173734 @default.
- W2323843315 cites W2073442178 @default.
- W2323843315 cites W2074124908 @default.
- W2323843315 cites W2076116362 @default.
- W2323843315 cites W2077136297 @default.
- W2323843315 cites W2078138044 @default.
- W2323843315 cites W2079909667 @default.
- W2323843315 cites W2085409961 @default.
- W2323843315 cites W2091395395 @default.
- W2323843315 cites W2093524637 @default.
- W2323843315 cites W2098848086 @default.
- W2323843315 cites W2124119658 @default.
- W2323843315 cites W2136945540 @default.
- W2323843315 cites W2143686975 @default.
- W2323843315 cites W2145165707 @default.
- W2323843315 cites W2164246057 @default.
- W2323843315 cites W2319908120 @default.
- W2323843315 cites W2963241755 @default.
- W2323843315 cites W3101385903 @default.
- W2323843315 cites W4238330700 @default.
- W2323843315 cites W4247113397 @default.
- W2323843315 doi "https://doi.org/10.1103/physreva.85.053404" @default.
- W2323843315 hasPublicationYear "2012" @default.
- W2323843315 type Work @default.
- W2323843315 sameAs 2323843315 @default.
- W2323843315 citedByCount "81" @default.
- W2323843315 countsByYear W23238433152012 @default.
- W2323843315 countsByYear W23238433152013 @default.
- W2323843315 countsByYear W23238433152014 @default.
- W2323843315 countsByYear W23238433152015 @default.
- W2323843315 countsByYear W23238433152016 @default.
- W2323843315 countsByYear W23238433152017 @default.
- W2323843315 countsByYear W23238433152018 @default.
- W2323843315 countsByYear W23238433152019 @default.
- W2323843315 countsByYear W23238433152020 @default.
- W2323843315 countsByYear W23238433152021 @default.
- W2323843315 countsByYear W23238433152022 @default.
- W2323843315 countsByYear W23238433152023 @default.
- W2323843315 crossrefType "journal-article" @default.
- W2323843315 hasAuthorship W2323843315A5025922764 @default.
- W2323843315 hasAuthorship W2323843315A5030141003 @default.
- W2323843315 hasAuthorship W2323843315A5077074803 @default.
- W2323843315 hasConcept C111806078 @default.
- W2323843315 hasConcept C113603373 @default.
- W2323843315 hasConcept C113630233 @default.
- W2323843315 hasConcept C120398109 @default.
- W2323843315 hasConcept C121332964 @default.