FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W3024996722> ?p ?o ?g. }

• W3024996722 abstract "The adiabatic theory of strong-field ionization of molecules with internuclear motion included into consideration is developed. Two adiabatic regimes in terms of the electronic, nuclear, and laser field timescales are considered. In the first regime, field is the slowest; that is, its timescale is much larger than the electronic and nuclear timescales. The corresponding theory generalizes the adiabatic theory of strong-field ionization of atoms and molecules with frozen nuclei [Phys. Rev. A 86, 043417 (2012)] by treating the internuclear motion on equal footing with the electronic motion. In the second regime, the active electron is the fastest; that is, its timescale is much smaller than that of the nuclei and laser field. The corresponding theory naturally involves the Born-Oppenheimer approximation. The two versions of the adiabatic theory are validated by comparing their predictions with accurate numerical results obtained by solving the time-dependent Schrodinger equation (TDSE) for a model diatomic molecule with one electronic and one internuclear degree of freedom. The adiabatic results are shown to converge to the TDSE results uniformly with respect to the laser field amplitude both in tunneling and over-the-barrier ionization regimes. Two applications of the theory to the analysis of strong-field effects associated with the internuclear motion are discussed." @default.
• W3024996722 created "2020-05-21" @default.
• W3024996722 creator A5010639582 @default.
• W3024996722 creator A5030141003 @default.
• W3024996722 creator A5077074803 @default.
• W3024996722 date "2020-05-12" @default.
• W3024996722 modified "2023-10-15" @default.
• W3024996722 title "Adiabatic theory of strong-field ionization of molecules including nuclear motion" @default.
• W3024996722 cites W1968151946 @default.
• W3024996722 cites W1973790411 @default.
• W3024996722 cites W1976108955 @default.
• W3024996722 cites W1978779255 @default.
• W3024996722 cites W1982763710 @default.
• W3024996722 cites W1983094008 @default.
• W3024996722 cites W1984330398 @default.
• W3024996722 cites W1988488633 @default.
• W3024996722 cites W1988678159 @default.
• W3024996722 cites W1990851884 @default.
• W3024996722 cites W1991198597 @default.
• W3024996722 cites W1992998319 @default.
• W3024996722 cites W1993202815 @default.
• W3024996722 cites W1993240048 @default.
• W3024996722 cites W1995209979 @default.
• W3024996722 cites W1999927322 @default.
• W3024996722 cites W2008617106 @default.
• W3024996722 cites W2029885188 @default.
• W3024996722 cites W2032222091 @default.
• W3024996722 cites W2041529799 @default.
• W3024996722 cites W2042885268 @default.
• W3024996722 cites W2044203210 @default.
• W3024996722 cites W2046173179 @default.
• W3024996722 cites W2047097495 @default.
• W3024996722 cites W2051771572 @default.
• W3024996722 cites W2054910402 @default.
• W3024996722 cites W2062254350 @default.
• W3024996722 cites W2065830304 @default.
• W3024996722 cites W2066879735 @default.
• W3024996722 cites W2069429679 @default.
• W3024996722 cites W2073125394 @default.
• W3024996722 cites W2078956848 @default.
• W3024996722 cites W2088075542 @default.
• W3024996722 cites W2093505577 @default.
• W3024996722 cites W2094177521 @default.
• W3024996722 cites W2102182691 @default.
• W3024996722 cites W2162852982 @default.
• W3024996722 cites W2225924027 @default.
• W3024996722 cites W2231349387 @default.
• W3024996722 cites W2278217408 @default.
• W3024996722 cites W2312364450 @default.
• W3024996722 cites W2317176876 @default.
• W3024996722 cites W2318247929 @default.
• W3024996722 cites W2320225181 @default.
• W3024996722 cites W2325359095 @default.
• W3024996722 cites W2326253474 @default.
• W3024996722 cites W2327071319 @default.
• W3024996722 cites W2328495443 @default.
• W3024996722 cites W2329769061 @default.
• W3024996722 cites W2329898789 @default.
• W3024996722 cites W2343343384 @default.
• W3024996722 cites W2523733279 @default.
• W3024996722 cites W2562657025 @default.
• W3024996722 cites W2564405682 @default.
• W3024996722 cites W2593184639 @default.
• W3024996722 cites W2595645284 @default.
• W3024996722 cites W2685177344 @default.
• W3024996722 cites W2769409563 @default.
• W3024996722 cites W2789862894 @default.
• W3024996722 cites W2804698231 @default.
• W3024996722 cites W2907981176 @default.
• W3024996722 cites W2912473680 @default.
• W3024996722 cites W2914600696 @default.
• W3024996722 cites W2915061337 @default.
• W3024996722 cites W2951539461 @default.
• W3024996722 cites W2963714470 @default.
• W3024996722 cites W2982885001 @default.
• W3024996722 cites W2995773216 @default.
• W3024996722 cites W4211101250 @default.
• W3024996722 cites W4235971269 @default.
• W3024996722 cites W4245393534 @default.
• W3024996722 doi "https://doi.org/10.1103/physreva.101.053422" @default.
• W3024996722 hasPublicationYear "2020" @default.
• W3024996722 type Work @default.
• W3024996722 sameAs 3024996722 @default.
• W3024996722 citedByCount "3" @default.
• W3024996722 countsByYear W30249967222021 @default.
• W3024996722 countsByYear W30249967222023 @default.
• W3024996722 crossrefType "journal-article" @default.
• W3024996722 hasAuthorship W3024996722A5010639582 @default.
• W3024996722 hasAuthorship W3024996722A5030141003 @default.
• W3024996722 hasAuthorship W3024996722A5077074803 @default.
• W3024996722 hasConcept C109663097 @default.
• W3024996722 hasConcept C111806078 @default.
• W3024996722 hasConcept C121332964 @default.
• W3024996722 hasConcept C14037181 @default.
• W3024996722 hasConcept C145148216 @default.
• W3024996722 hasConcept C147120987 @default.
• W3024996722 hasConcept C184779094 @default.
• W3024996722 hasConcept C198291218 @default.
• W3024996722 hasConcept C202444582 @default.
• W3024996722 hasConcept C2778734467 @default.

• next