Matches in SemOpenAlex for { <https://semopenalex.org/work/W87442188> ?p ?o ?g. }
- W87442188 endingPage "296" @default.
- W87442188 startingPage "278" @default.
- W87442188 abstract "In the fast ignition scheme, the compressed core is surrounded by a 1-mm-scale coronal plasma. The critical density where the laser deposits energy is still more than 100 μm away from the core. The distance is much longer than the laser focus radius or the core size. This situation raises an important question: How can we couple laser energy to the core from such a distance? One of the techniques that has been proposed to overcome this problem is hole boring by the ponderomotive pressure of the incident laser light. In this paper, the physics related to the laser hole boring, including the parametric instabilities, the channel formation, and the hot electron acceleration by ultraintense laser light, are discussed. The maximum density where the laser can propagate by hole boring is obtained as a function of the intensity. This agrees well with experimental observations, and it is confirmed by numerical simulations. The acceleration mechanism of hot electrons in the magnetic channel is also identified. The hot electrons are characterized by the numerical simulations. In summary, the critical issue of energy coupling in this scheme is raised and discussed." @default.
- W87442188 created "2016-06-24" @default.
- W87442188 creator A5010001679 @default.
- W87442188 creator A5024179777 @default.
- W87442188 creator A5082125000 @default.
- W87442188 creator A5091123001 @default.
- W87442188 date "2006-04-01" @default.
- W87442188 modified "2023-10-16" @default.
- W87442188 title "Laser Hole Boring and Hot Electron Generation in the Fast Ignition Scheme" @default.
- W87442188 cites W1491718220 @default.
- W87442188 cites W1966320641 @default.
- W87442188 cites W1972437898 @default.
- W87442188 cites W1977505539 @default.
- W87442188 cites W1981698125 @default.
- W87442188 cites W1987318746 @default.
- W87442188 cites W1990515244 @default.
- W87442188 cites W1990658993 @default.
- W87442188 cites W1991077770 @default.
- W87442188 cites W1999618954 @default.
- W87442188 cites W2002506722 @default.
- W87442188 cites W2002789808 @default.
- W87442188 cites W2003487326 @default.
- W87442188 cites W2010568661 @default.
- W87442188 cites W2015381100 @default.
- W87442188 cites W2016818233 @default.
- W87442188 cites W2017822685 @default.
- W87442188 cites W2019501396 @default.
- W87442188 cites W2029578527 @default.
- W87442188 cites W2030663843 @default.
- W87442188 cites W2031043221 @default.
- W87442188 cites W2031952892 @default.
- W87442188 cites W2034340395 @default.
- W87442188 cites W2045886941 @default.
- W87442188 cites W2048590579 @default.
- W87442188 cites W2053712678 @default.
- W87442188 cites W2057497446 @default.
- W87442188 cites W2058173016 @default.
- W87442188 cites W2060485736 @default.
- W87442188 cites W2063065630 @default.
- W87442188 cites W2067773203 @default.
- W87442188 cites W2070081694 @default.
- W87442188 cites W2070826710 @default.
- W87442188 cites W2075653030 @default.
- W87442188 cites W2082824450 @default.
- W87442188 cites W2084211826 @default.
- W87442188 cites W2100706654 @default.
- W87442188 cites W2115437650 @default.
- W87442188 cites W2115887070 @default.
- W87442188 cites W2138033814 @default.
- W87442188 cites W2139067279 @default.
- W87442188 cites W2145956986 @default.
- W87442188 cites W2146768282 @default.
- W87442188 cites W2151230912 @default.
- W87442188 cites W2227284516 @default.
- W87442188 cites W2334543724 @default.
- W87442188 doi "https://doi.org/10.13182/fst06-a1149" @default.
- W87442188 hasPublicationYear "2006" @default.
- W87442188 type Work @default.
- W87442188 sameAs 87442188 @default.
- W87442188 citedByCount "45" @default.
- W87442188 countsByYear W874421882012 @default.
- W87442188 countsByYear W874421882013 @default.
- W87442188 countsByYear W874421882014 @default.
- W87442188 countsByYear W874421882015 @default.
- W87442188 countsByYear W874421882016 @default.
- W87442188 countsByYear W874421882017 @default.
- W87442188 countsByYear W874421882018 @default.
- W87442188 countsByYear W874421882019 @default.
- W87442188 countsByYear W874421882020 @default.
- W87442188 countsByYear W874421882021 @default.
- W87442188 countsByYear W874421882022 @default.
- W87442188 countsByYear W874421882023 @default.
- W87442188 crossrefType "journal-article" @default.
- W87442188 hasAuthorship W87442188A5010001679 @default.
- W87442188 hasAuthorship W87442188A5024179777 @default.
- W87442188 hasAuthorship W87442188A5082125000 @default.
- W87442188 hasAuthorship W87442188A5091123001 @default.
- W87442188 hasConcept C117896860 @default.
- W87442188 hasConcept C120665830 @default.
- W87442188 hasConcept C121332964 @default.
- W87442188 hasConcept C147120987 @default.
- W87442188 hasConcept C159063594 @default.
- W87442188 hasConcept C178635117 @default.
- W87442188 hasConcept C184779094 @default.
- W87442188 hasConcept C185544564 @default.
- W87442188 hasConcept C2164484 @default.
- W87442188 hasConcept C30475298 @default.
- W87442188 hasConcept C38652104 @default.
- W87442188 hasConcept C41008148 @default.
- W87442188 hasConcept C49063409 @default.
- W87442188 hasConcept C520434653 @default.
- W87442188 hasConcept C74650414 @default.
- W87442188 hasConcept C82706917 @default.
- W87442188 hasConcept C97355855 @default.
- W87442188 hasConceptScore W87442188C117896860 @default.
- W87442188 hasConceptScore W87442188C120665830 @default.
- W87442188 hasConceptScore W87442188C121332964 @default.
- W87442188 hasConceptScore W87442188C147120987 @default.