Matches in SemOpenAlex for { <https://semopenalex.org/work/W2325168301> ?p ?o ?g. }
- W2325168301 abstract "The filamentation of ultraviolet and infrared nanosecond light pulses in fused silica is investigated theoretically and numerically. Emphasis is put on the action of a dynamical plasma response on two counterpropagating waves, amplified by Kerr self-focusing and stimulated Brillouin scattering (SBS). For a single unperturbed wave, laser filamentation takes place through a quasistationary balance between Kerr self-focusing and plasma defocusing, for which a variational approach reproduces global propagation features. However, such a quasistationary balance cannot hold as temporal modulational instability breaks up the pulse over electron recombination times. For two counterpropagating waves, we report similar instabilities which are justified through a plane-wave stability analysis. These instabilities originate from an intense backscattered wave that induces strong plasma contribution and thus destabilizes the pump near the entrance face of the material. Rapid phase modulations are then applied to suppress backscattering. We show that pump waves with broad enough bandwidths can inhibit SBS and thus prevent instability. The robustness of phase modulations against random fluctuations in the input pump pulse is finally addressed." @default.
- W2325168301 created "2016-06-24" @default.
- W2325168301 creator A5007467957 @default.
- W2325168301 creator A5027652099 @default.
- W2325168301 date "2014-05-28" @default.
- W2325168301 modified "2023-09-25" @default.
- W2325168301 title "Interplay between stimulated Brillouin scattering and Kerr filamentation with an inertial plasma response" @default.
- W2325168301 cites W1967866191 @default.
- W2325168301 cites W1976775196 @default.
- W2325168301 cites W1977602595 @default.
- W2325168301 cites W1977736126 @default.
- W2325168301 cites W1980011956 @default.
- W2325168301 cites W1983780343 @default.
- W2325168301 cites W1984272235 @default.
- W2325168301 cites W1986006916 @default.
- W2325168301 cites W1988401981 @default.
- W2325168301 cites W2000985822 @default.
- W2325168301 cites W2002888991 @default.
- W2325168301 cites W2003686651 @default.
- W2325168301 cites W2004156688 @default.
- W2325168301 cites W2004813296 @default.
- W2325168301 cites W2010349084 @default.
- W2325168301 cites W2012259829 @default.
- W2325168301 cites W2012841395 @default.
- W2325168301 cites W2016683110 @default.
- W2325168301 cites W2019265615 @default.
- W2325168301 cites W2022241647 @default.
- W2325168301 cites W2025752313 @default.
- W2325168301 cites W2031301100 @default.
- W2325168301 cites W2035286773 @default.
- W2325168301 cites W2037295182 @default.
- W2325168301 cites W2039246530 @default.
- W2325168301 cites W2043336310 @default.
- W2325168301 cites W2045457211 @default.
- W2325168301 cites W2046429123 @default.
- W2325168301 cites W2049828207 @default.
- W2325168301 cites W2050330601 @default.
- W2325168301 cites W2055272702 @default.
- W2325168301 cites W2064120126 @default.
- W2325168301 cites W2067675468 @default.
- W2325168301 cites W2071279013 @default.
- W2325168301 cites W2074090072 @default.
- W2325168301 cites W2074427253 @default.
- W2325168301 cites W2079460706 @default.
- W2325168301 cites W2079893102 @default.
- W2325168301 cites W2082507526 @default.
- W2325168301 cites W2082990537 @default.
- W2325168301 cites W2089477001 @default.
- W2325168301 cites W2103394053 @default.
- W2325168301 cites W2103757229 @default.
- W2325168301 cites W2103916927 @default.
- W2325168301 cites W2119018384 @default.
- W2325168301 cites W2128568462 @default.
- W2325168301 cites W2141989966 @default.
- W2325168301 cites W2142815965 @default.
- W2325168301 cites W2152073016 @default.
- W2325168301 cites W2166878229 @default.
- W2325168301 cites W2331846406 @default.
- W2325168301 cites W1983957703 @default.
- W2325168301 doi "https://doi.org/10.1103/physreva.89.053834" @default.
- W2325168301 hasPublicationYear "2014" @default.
- W2325168301 type Work @default.
- W2325168301 sameAs 2325168301 @default.
- W2325168301 citedByCount "1" @default.
- W2325168301 countsByYear W23251683012020 @default.
- W2325168301 crossrefType "journal-article" @default.
- W2325168301 hasAuthorship W2325168301A5007467957 @default.
- W2325168301 hasAuthorship W2325168301A5027652099 @default.
- W2325168301 hasConcept C120665830 @default.
- W2325168301 hasConcept C121332964 @default.
- W2325168301 hasConcept C16291881 @default.
- W2325168301 hasConcept C191486275 @default.
- W2325168301 hasConcept C43989790 @default.
- W2325168301 hasConcept C4907923 @default.
- W2325168301 hasConcept C520434653 @default.
- W2325168301 hasConcept C62520636 @default.
- W2325168301 hasConcept C82706917 @default.
- W2325168301 hasConceptScore W2325168301C120665830 @default.
- W2325168301 hasConceptScore W2325168301C121332964 @default.
- W2325168301 hasConceptScore W2325168301C16291881 @default.
- W2325168301 hasConceptScore W2325168301C191486275 @default.
- W2325168301 hasConceptScore W2325168301C43989790 @default.
- W2325168301 hasConceptScore W2325168301C4907923 @default.
- W2325168301 hasConceptScore W2325168301C520434653 @default.
- W2325168301 hasConceptScore W2325168301C62520636 @default.
- W2325168301 hasConceptScore W2325168301C82706917 @default.
- W2325168301 hasIssue "5" @default.
- W2325168301 hasLocation W23251683011 @default.
- W2325168301 hasOpenAccess W2325168301 @default.
- W2325168301 hasPrimaryLocation W23251683011 @default.
- W2325168301 hasRelatedWork W1776791342 @default.
- W2325168301 hasRelatedWork W2008087833 @default.
- W2325168301 hasRelatedWork W2023358349 @default.
- W2325168301 hasRelatedWork W2049005054 @default.
- W2325168301 hasRelatedWork W2083119155 @default.
- W2325168301 hasRelatedWork W2124261673 @default.
- W2325168301 hasRelatedWork W2149571546 @default.
- W2325168301 hasRelatedWork W2302010666 @default.
- W2325168301 hasRelatedWork W2561328446 @default.
- W2325168301 hasRelatedWork W1946166601 @default.