Matches in SemOpenAlex for { <https://semopenalex.org/work/W4280490701> ?p ?o ?g. }
- W4280490701 abstract "It has long been recognized that high compression, and hence good confinement, is essential to achieving high yields in inertial confinement fusion implosions. In pursuit of multi-megajoule yields on the National Ignition Facility (NIF), a new campaign has begun aimed at testing the hypothesis that controlling hydrodynamic stability is key to achieving effective higher compression with the high density carbon ablators currently fielded on NIF. This campaign is built around a new implosion design, called SQ-n, that is derived from the uniquely stable Bigfoot design tested on NIF in 2016–2019. While very stable and with performance that was quite close to one-dimensional expectations, Bigfoot was a relatively high adiabat, and consequently lower compression design. The goal of SQ-n is then to evolve Bigfoot toward a higher compression design but without compromising its unique stability characteristics. Specifically, SQ-n adopts a ramped foot pulse shape to minimize early time Richtmyer–Meshkov instability growth and uses an ablator dopant distribution extending all of the way to the fuel–ablator interface that simulations suggest further reduces perturbation growth. This paper describes the design philosophy pursued with SQ-n, the results of instability modeling of the candidate design, and the experimental campaign planned to test these ideas in the near future." @default.
- W4280490701 created "2022-05-22" @default.
- W4280490701 creator A5009812182 @default.
- W4280490701 creator A5013749248 @default.
- W4280490701 creator A5015516924 @default.
- W4280490701 creator A5020151439 @default.
- W4280490701 creator A5020918385 @default.
- W4280490701 creator A5023529116 @default.
- W4280490701 creator A5028381449 @default.
- W4280490701 creator A5033138192 @default.
- W4280490701 creator A5045348987 @default.
- W4280490701 creator A5053052684 @default.
- W4280490701 creator A5059817537 @default.
- W4280490701 creator A5060300524 @default.
- W4280490701 creator A5067629593 @default.
- W4280490701 creator A5068394712 @default.
- W4280490701 creator A5089460048 @default.
- W4280490701 creator A5089978319 @default.
- W4280490701 creator A5090914152 @default.
- W4280490701 date "2022-05-01" @default.
- W4280490701 modified "2023-09-26" @default.
- W4280490701 title "Exploring implosion designs for increased compression on the National Ignition Facility using high density carbon ablators" @default.
- W4280490701 cites W1532821947 @default.
- W4280490701 cites W1925424550 @default.
- W4280490701 cites W1964654189 @default.
- W4280490701 cites W1966011064 @default.
- W4280490701 cites W1966450904 @default.
- W4280490701 cites W1971116647 @default.
- W4280490701 cites W1978657060 @default.
- W4280490701 cites W1981414267 @default.
- W4280490701 cites W1981662269 @default.
- W4280490701 cites W1982696758 @default.
- W4280490701 cites W1983258845 @default.
- W4280490701 cites W1992061105 @default.
- W4280490701 cites W1997720188 @default.
- W4280490701 cites W2005737108 @default.
- W4280490701 cites W2020879233 @default.
- W4280490701 cites W2024240334 @default.
- W4280490701 cites W2024885553 @default.
- W4280490701 cites W2025324414 @default.
- W4280490701 cites W2026622719 @default.
- W4280490701 cites W2032637020 @default.
- W4280490701 cites W2037021006 @default.
- W4280490701 cites W2042409411 @default.
- W4280490701 cites W2060449550 @default.
- W4280490701 cites W2065493127 @default.
- W4280490701 cites W2071637745 @default.
- W4280490701 cites W2079063427 @default.
- W4280490701 cites W2079690905 @default.
- W4280490701 cites W2084477100 @default.
- W4280490701 cites W2085132273 @default.
- W4280490701 cites W2109451901 @default.
- W4280490701 cites W2170387816 @default.
- W4280490701 cites W2191687476 @default.
- W4280490701 cites W2220995727 @default.
- W4280490701 cites W2261061264 @default.
- W4280490701 cites W2297612214 @default.
- W4280490701 cites W2317087051 @default.
- W4280490701 cites W2324905486 @default.
- W4280490701 cites W2329700336 @default.
- W4280490701 cites W2331606023 @default.
- W4280490701 cites W2336334603 @default.
- W4280490701 cites W2515466085 @default.
- W4280490701 cites W2591432862 @default.
- W4280490701 cites W2603908176 @default.
- W4280490701 cites W2791091196 @default.
- W4280490701 cites W2795155830 @default.
- W4280490701 cites W2804217235 @default.
- W4280490701 cites W2807929928 @default.
- W4280490701 cites W2887983856 @default.
- W4280490701 cites W2888512889 @default.
- W4280490701 cites W2889290406 @default.
- W4280490701 cites W2889593024 @default.
- W4280490701 cites W2893006897 @default.
- W4280490701 cites W2893324289 @default.
- W4280490701 cites W2897568426 @default.
- W4280490701 cites W2909140188 @default.
- W4280490701 cites W2944864075 @default.
- W4280490701 cites W2990217000 @default.
- W4280490701 cites W3016128190 @default.
- W4280490701 cites W3090469920 @default.
- W4280490701 cites W3092625988 @default.
- W4280490701 cites W3094398681 @default.
- W4280490701 cites W3095477241 @default.
- W4280490701 cites W3096946420 @default.
- W4280490701 cites W3102585213 @default.
- W4280490701 cites W3118576297 @default.
- W4280490701 cites W3184419380 @default.
- W4280490701 cites W3211755215 @default.
- W4280490701 cites W4210517898 @default.
- W4280490701 cites W4210649579 @default.
- W4280490701 doi "https://doi.org/10.1063/5.0087052" @default.
- W4280490701 hasPublicationYear "2022" @default.
- W4280490701 type Work @default.
- W4280490701 citedByCount "7" @default.
- W4280490701 countsByYear W42804907012022 @default.
- W4280490701 countsByYear W42804907012023 @default.
- W4280490701 crossrefType "journal-article" @default.
- W4280490701 hasAuthorship W4280490701A5009812182 @default.
- W4280490701 hasAuthorship W4280490701A5013749248 @default.