Matches in SemOpenAlex for { <https://semopenalex.org/work/W2008589802> ?p ?o ?g. }
- W2008589802 abstract "The majority of research on intense $(ensuremath{sim}{10}^{14}text{ }text{W}/{text{cm}}^{2})$ ultrashort $(<100text{ }text{fs})$ laser-molecule interactions has been focused on studies of ${text{H}}_{2}^{+}$ fragmentation, mainly due to its elemental structure. So far the bulk of this work has been conducted using near infrared light while studies at shorter wavelengths are comparatively scarce. We report a detailed investigation of the interaction of 395 nm, 40 fs pulses with an ${text{HD}}^{+}$ molecular-ion beam, measured using a coincidence three-dimensional momentum imaging technique. This allows us to clearly discriminate dissociation and ionization channels. From the kinetic energy and angular distributions, insight is gained into the intensity dependence of the main breakup processes. We observe the onset of above-threshold dissociation above ${10}^{14}text{ }text{W}/{text{cm}}^{2}$, a higher intensity than required for 790 nm due to a smaller transition dipole moment for the low vibrational states probed at 395 nm. Ionization spectra display structure consistent with the above-threshold Coulomb explosion mechanism that we have proposed [B. D. Esry et al., Phys. Rev. Lett. 97, 013003 (2006)]." @default.
- W2008589802 created "2016-06-24" @default.
- W2008589802 creator A5006775287 @default.
- W2008589802 creator A5009568749 @default.
- W2008589802 creator A5034848878 @default.
- W2008589802 creator A5036233181 @default.
- W2008589802 creator A5036276893 @default.
- W2008589802 creator A5036798435 @default.
- W2008589802 creator A5057137812 @default.
- W2008589802 creator A5071491284 @default.
- W2008589802 date "2009-08-26" @default.
- W2008589802 modified "2023-09-24" @default.
- W2008589802 title "Dissociation and ionization of anHD+beam induced by intense 395-nm ultrashort laser pulses" @default.
- W2008589802 cites W1617012322 @default.
- W2008589802 cites W1652264681 @default.
- W2008589802 cites W1677772021 @default.
- W2008589802 cites W1914351776 @default.
- W2008589802 cites W1964414313 @default.
- W2008589802 cites W1966591282 @default.
- W2008589802 cites W1967908743 @default.
- W2008589802 cites W1976108955 @default.
- W2008589802 cites W1977114812 @default.
- W2008589802 cites W1978779255 @default.
- W2008589802 cites W1979409159 @default.
- W2008589802 cites W1980692303 @default.
- W2008589802 cites W1984693217 @default.
- W2008589802 cites W1984744681 @default.
- W2008589802 cites W1986044464 @default.
- W2008589802 cites W1991344659 @default.
- W2008589802 cites W2004783699 @default.
- W2008589802 cites W2004940454 @default.
- W2008589802 cites W2008617106 @default.
- W2008589802 cites W2010545853 @default.
- W2008589802 cites W2011053971 @default.
- W2008589802 cites W2013319238 @default.
- W2008589802 cites W2014270087 @default.
- W2008589802 cites W2014706522 @default.
- W2008589802 cites W2015066222 @default.
- W2008589802 cites W2017198905 @default.
- W2008589802 cites W2019254467 @default.
- W2008589802 cites W2020886759 @default.
- W2008589802 cites W2022542288 @default.
- W2008589802 cites W2024634521 @default.
- W2008589802 cites W2026331800 @default.
- W2008589802 cites W2026900206 @default.
- W2008589802 cites W2027836456 @default.
- W2008589802 cites W2027962624 @default.
- W2008589802 cites W2028414723 @default.
- W2008589802 cites W2028825919 @default.
- W2008589802 cites W2037682665 @default.
- W2008589802 cites W2037742204 @default.
- W2008589802 cites W2040340343 @default.
- W2008589802 cites W2040372134 @default.
- W2008589802 cites W2040375982 @default.
- W2008589802 cites W2041602938 @default.
- W2008589802 cites W2043762238 @default.
- W2008589802 cites W2046787735 @default.
- W2008589802 cites W2051691626 @default.
- W2008589802 cites W2053914795 @default.
- W2008589802 cites W2056024780 @default.
- W2008589802 cites W2058120789 @default.
- W2008589802 cites W2062329268 @default.
- W2008589802 cites W2063935215 @default.
- W2008589802 cites W2064815657 @default.
- W2008589802 cites W2065162709 @default.
- W2008589802 cites W2065318164 @default.
- W2008589802 cites W2065852131 @default.
- W2008589802 cites W2066064298 @default.
- W2008589802 cites W2069827662 @default.
- W2008589802 cites W2071587811 @default.
- W2008589802 cites W2074164585 @default.
- W2008589802 cites W2082539992 @default.
- W2008589802 cites W2082705184 @default.
- W2008589802 cites W2087171944 @default.
- W2008589802 cites W2088540119 @default.
- W2008589802 cites W2091319304 @default.
- W2008589802 cites W2092491522 @default.
- W2008589802 cites W2092955273 @default.
- W2008589802 cites W2093505577 @default.
- W2008589802 cites W2095305341 @default.
- W2008589802 cites W2104788129 @default.
- W2008589802 cites W2111184205 @default.
- W2008589802 cites W2132839236 @default.
- W2008589802 cites W2146343739 @default.
- W2008589802 cites W2147374842 @default.
- W2008589802 cites W2151741163 @default.
- W2008589802 cites W2155038963 @default.
- W2008589802 cites W2329652276 @default.
- W2008589802 cites W2412337318 @default.
- W2008589802 doi "https://doi.org/10.1103/physreva.80.023421" @default.
- W2008589802 hasPublicationYear "2009" @default.
- W2008589802 type Work @default.
- W2008589802 sameAs 2008589802 @default.
- W2008589802 citedByCount "7" @default.
- W2008589802 countsByYear W20085898022014 @default.
- W2008589802 countsByYear W20085898022019 @default.
- W2008589802 countsByYear W20085898022020 @default.
- W2008589802 countsByYear W20085898022023 @default.
- W2008589802 crossrefType "journal-article" @default.
- W2008589802 hasAuthorship W2008589802A5006775287 @default.