FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W1919252829> ?p ?o ?g. }

• W1919252829 abstract "Ionization by relativistically intense laser pulses of finite duration is considered in the framework of strong-field quantum electrodynamics. We show that the resulting ionization spectra change their behavior from the interference-dominated oscillatory pattern to the interference-free smooth supercontinuum, the latter being the main focus of this paper. More specifically, when studying the energy distributions of photoelectrons ionized by circularly polarized and short pulses, we observe the appearance of broad structures lacking the interference patterns. These supercontinua extend over hundreds of driving photon energies, thus corresponding to high-order nonlinear processes. Their positions on the electron energy scale can be controlled by changing the pulse duration. The corresponding polar-angle distributions show asymmetries which are attributed to the radiation pressure experienced by photoelectrons. Moreover, our time analysis shows that the electrons comprising the supercontinuum can form pulses of short duration. While we present the fully numerical results, their interpretation is based on the saddle-point approximation for the ionization probability amplitude." @default.
• W1919252829 created "2016-06-24" @default.
• W1919252829 creator A5020458245 @default.
• W1919252829 creator A5027069558 @default.
• W1919252829 date "2016-07-05" @default.
• W1919252829 modified "2023-09-25" @default.
• W1919252829 title "Supercontinuum in ionization by relativistically intense and short laser pulses: Ionization without interference and its time analysis" @default.
• W1919252829 cites W1550678060 @default.
• W1919252829 cites W1815917144 @default.
• W1919252829 cites W1970337650 @default.
• W1919252829 cites W1981001416 @default.
• W1919252829 cites W1984693609 @default.
• W1919252829 cites W1986437332 @default.
• W1919252829 cites W1988175256 @default.
• W1919252829 cites W1988397157 @default.
• W1919252829 cites W1992958286 @default.
• W1919252829 cites W2005326074 @default.
• W1919252829 cites W2008757373 @default.
• W1919252829 cites W2010604932 @default.
• W1919252829 cites W2010888756 @default.
• W1919252829 cites W2012141368 @default.
• W1919252829 cites W2015836081 @default.
• W1919252829 cites W2020270508 @default.
• W1919252829 cites W2025724952 @default.
• W1919252829 cites W2029984473 @default.
• W1919252829 cites W2033620923 @default.
• W1919252829 cites W2035160719 @default.
• W1919252829 cites W2039668060 @default.
• W1919252829 cites W2040473295 @default.
• W1919252829 cites W2045882154 @default.
• W1919252829 cites W2051464631 @default.
• W1919252829 cites W2052904548 @default.
• W1919252829 cites W2052913092 @default.
• W1919252829 cites W2055553349 @default.
• W1919252829 cites W2056267802 @default.
• W1919252829 cites W2058390243 @default.
• W1919252829 cites W2058733183 @default.
• W1919252829 cites W2059770477 @default.
• W1919252829 cites W2063220543 @default.
• W1919252829 cites W2065312566 @default.
• W1919252829 cites W2066083363 @default.
• W1919252829 cites W2066285169 @default.
• W1919252829 cites W2068421637 @default.
• W1919252829 cites W2069575887 @default.
• W1919252829 cites W2070337462 @default.
• W1919252829 cites W2071811855 @default.
• W1919252829 cites W2072447494 @default.
• W1919252829 cites W2076941862 @default.
• W1919252829 cites W2078979218 @default.
• W1919252829 cites W2079284432 @default.
• W1919252829 cites W2083095544 @default.
• W1919252829 cites W2093212801 @default.
• W1919252829 cites W2093540606 @default.
• W1919252829 cites W2094521157 @default.
• W1919252829 cites W2097905352 @default.
• W1919252829 cites W2102083219 @default.
• W1919252829 cites W2114496699 @default.
• W1919252829 cites W2125530022 @default.
• W1919252829 cites W2135516444 @default.
• W1919252829 cites W2143410634 @default.
• W1919252829 cites W2146830821 @default.
• W1919252829 cites W2149929356 @default.
• W1919252829 cites W2166524322 @default.
• W1919252829 cites W2183221055 @default.
• W1919252829 cites W2248900685 @default.
• W1919252829 cites W2296924413 @default.
• W1919252829 cites W2314456322 @default.
• W1919252829 cites W2315284753 @default.
• W1919252829 cites W2318850158 @default.
• W1919252829 cites W2319195813 @default.
• W1919252829 cites W2321585820 @default.
• W1919252829 cites W2325686764 @default.
• W1919252829 cites W2329082233 @default.
• W1919252829 cites W2330952330 @default.
• W1919252829 cites W2333924854 @default.
• W1919252829 cites W2530831078 @default.
• W1919252829 cites W2561584116 @default.
• W1919252829 cites W2564212567 @default.
• W1919252829 cites W2997607270 @default.
• W1919252829 cites W4211101250 @default.
• W1919252829 cites W624093280 @default.
• W1919252829 doi "https://doi.org/10.1103/physreva.94.013402" @default.
• W1919252829 hasPublicationYear "2016" @default.
• W1919252829 type Work @default.
• W1919252829 sameAs 1919252829 @default.
• W1919252829 citedByCount "13" @default.
• W1919252829 countsByYear W19192528292017 @default.
• W1919252829 countsByYear W19192528292018 @default.
• W1919252829 countsByYear W19192528292019 @default.
• W1919252829 countsByYear W19192528292020 @default.
• W1919252829 countsByYear W19192528292021 @default.
• W1919252829 countsByYear W19192528292023 @default.
• W1919252829 crossrefType "journal-article" @default.
• W1919252829 hasAuthorship W1919252829A5020458245 @default.
• W1919252829 hasAuthorship W1919252829A5027069558 @default.
• W1919252829 hasBestOaLocation W19192528292 @default.
• W1919252829 hasConcept C107157254 @default.
• W1919252829 hasConcept C119599485 @default.
• W1919252829 hasConcept C120665830 @default.
• W1919252829 hasConcept C121332964 @default.

• next