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- W3136359541 abstract "Double shell capsule implosions are an alternative approach to achieving alpha heating on the National Ignition Facility. Current machining techniques construct the outer shell as two hemispheres that are glued together, and the deuterium and tritium (DT) liquid inside the inner shell will be injected by a fill tube. These features introduce asymmetries and jetting that may disrupt the confinement of the DT fuel if not carefully controlled. Simulations indicate that in order to achieve high yields in the laboratory, these features as well as susceptibility to the Rayleigh–Taylor instability (RTI) must be mitigated. Due to uncertainties in computational models and the expense of using the best physics models at adequate resolution in three dimensions, our computational modeling must be constrained by experiments. We report on the results of recent hydrogrowth radiography and dual-axis keyhole experiments with double shell targets that have been used to evaluate our modeling of the outer shell joint as well as the impacts of high-energy x-ray preheat that strongly impacts RTI growth. Our simulations show good agreement with the experimental data and inform several important modeling choices." @default.
- W3136359541 created "2021-03-29" @default.
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- W3136359541 date "2021-03-01" @default.
- W3136359541 modified "2023-10-01" @default.
- W3136359541 title "Constraining computational modeling of indirect drive double shell capsule implosions using experiments" @default.
- W3136359541 cites W1504816452 @default.
- W3136359541 cites W1969927743 @default.
- W3136359541 cites W1970743988 @default.
- W3136359541 cites W1972707457 @default.
- W3136359541 cites W1973826120 @default.
- W3136359541 cites W1978657060 @default.
- W3136359541 cites W1980252347 @default.
- W3136359541 cites W1981414267 @default.
- W3136359541 cites W1983258845 @default.
- W3136359541 cites W1983293386 @default.
- W3136359541 cites W1989384794 @default.
- W3136359541 cites W1990116246 @default.
- W3136359541 cites W1991909211 @default.
- W3136359541 cites W1994193299 @default.
- W3136359541 cites W1995545212 @default.
- W3136359541 cites W1996023997 @default.
- W3136359541 cites W1996701988 @default.
- W3136359541 cites W2000328688 @default.
- W3136359541 cites W2006607563 @default.
- W3136359541 cites W2012214365 @default.
- W3136359541 cites W2015206260 @default.
- W3136359541 cites W2017546790 @default.
- W3136359541 cites W2018003847 @default.
- W3136359541 cites W2021868797 @default.
- W3136359541 cites W2022482480 @default.
- W3136359541 cites W2023244250 @default.
- W3136359541 cites W2024240334 @default.
- W3136359541 cites W2024881573 @default.
- W3136359541 cites W2026034776 @default.
- W3136359541 cites W2027337866 @default.
- W3136359541 cites W2030093213 @default.
- W3136359541 cites W2035100559 @default.
- W3136359541 cites W2042409411 @default.
- W3136359541 cites W2043057066 @default.
- W3136359541 cites W2051562206 @default.
- W3136359541 cites W2052833218 @default.
- W3136359541 cites W2055745468 @default.
- W3136359541 cites W2056882271 @default.
- W3136359541 cites W2060908993 @default.
- W3136359541 cites W2061817315 @default.
- W3136359541 cites W2061865809 @default.
- W3136359541 cites W2064347425 @default.
- W3136359541 cites W2066201813 @default.
- W3136359541 cites W2070999620 @default.
- W3136359541 cites W2071637745 @default.
- W3136359541 cites W2076190158 @default.
- W3136359541 cites W2078531280 @default.
- W3136359541 cites W2083068194 @default.
- W3136359541 cites W2083219577 @default.
- W3136359541 cites W2084186702 @default.
- W3136359541 cites W2084477100 @default.
- W3136359541 cites W2090768862 @default.
- W3136359541 cites W2109451901 @default.
- W3136359541 cites W2130662708 @default.
- W3136359541 cites W2174391638 @default.
- W3136359541 cites W2232282413 @default.
- W3136359541 cites W2233102496 @default.
- W3136359541 cites W2239749026 @default.
- W3136359541 cites W2297612214 @default.
- W3136359541 cites W2313164936 @default.
- W3136359541 cites W2314843767 @default.
- W3136359541 cites W2317087051 @default.
- W3136359541 cites W2328663051 @default.
- W3136359541 cites W2340592095 @default.
- W3136359541 cites W2341390631 @default.
- W3136359541 cites W2344713239 @default.
- W3136359541 cites W2535088148 @default.
- W3136359541 cites W2609667175 @default.
- W3136359541 cites W2609985266 @default.
- W3136359541 cites W2613518474 @default.
- W3136359541 cites W2614195182 @default.
- W3136359541 cites W2736001477 @default.
- W3136359541 cites W2750834830 @default.
- W3136359541 cites W2773550509 @default.
- W3136359541 cites W2790261213 @default.