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  1. Article ; Online: Constraining time-dependent ion temperature measurements in inertial confinement fusion (ICF) implosions with an intermediate distance neutron time-of-flight (nToF) detector.

    Moore, A S / Schlossberg, D J / Eckart, M J / Hartouni, E P / Hilsabeck, T J / Jeet, J S / Kerr, S M / Nora, R C / Kilkenny, J

    The Review of scientific instruments

    2022  Volume 93, Issue 11, Page(s) 113536

    Abstract: A concept for using an intermediate distance (0.3-3.0 m) neutron time-of-flight (nToF) to provide a constraint on the measurement of the time-dependence of ion temperature in inertial confinement fusion implosions is presented. Simulated nToF signals at ... ...

    Abstract A concept for using an intermediate distance (0.3-3.0 m) neutron time-of-flight (nToF) to provide a constraint on the measurement of the time-dependence of ion temperature in inertial confinement fusion implosions is presented. Simulated nToF signals at different distances are generated and, with a priori knowledge of the burn-averaged quantities and burn history, analyzed to determine requirements for a future detector. Results indicate a signal-to-noise ratio >50 and time resolution <20 ps to constrain the ion temperature gradient to ∼±25% (0.5 keV/100 ps).
    Language English
    Publishing date 2022-11-11
    Publishing country United States
    Document type Journal Article
    ZDB-ID 209865-9
    ISSN 1089-7623 ; 0034-6748
    ISSN (online) 1089-7623
    ISSN 0034-6748
    DOI 10.1063/5.0099933
    Database MEDical Literature Analysis and Retrieval System OnLINE

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  2. Article ; Online: Top-level physics requirements and simulated performance of the MRSt on the National Ignition Facility.

    Kunimune, J H / Frenje, J A / Berg, G P A / Trosseille, C A / Nora, R C / Waltz, C S / Moore, A S / Kilkenny, J D / Mackinnon, A J

    The Review of scientific instruments

    2021  Volume 92, Issue 3, Page(s) 33514

    Abstract: The time-resolving Magnetic Recoil Spectrometer (MRSt) for the National Ignition Facility (NIF) has been identified by the US National Diagnostic Working Group as one of the transformational diagnostics that will reshape the way inertial confinement ... ...

    Abstract The time-resolving Magnetic Recoil Spectrometer (MRSt) for the National Ignition Facility (NIF) has been identified by the US National Diagnostic Working Group as one of the transformational diagnostics that will reshape the way inertial confinement fusion (ICF) implosions are diagnosed. The MRSt will measure the time-resolved neutron spectrum of an implosion, from which the time-resolved ion temperature, areal density, and yield will be inferred. Top-level physics requirements for the MRSt were determined based on simulations of numerous ICF implosions with varying degrees of alpha heating, P2 asymmetry, and mix. Synthetic MRSt data were subsequently generated for different configurations using Monte-Carlo methods to determine its performance in relation to the requirements. The system was found to meet most requirements at current neutron yields at the NIF. This work was supported by the DOE and LLNL.
    Language English
    Publishing date 2021-04-06
    Publishing country United States
    Document type Journal Article
    ZDB-ID 209865-9
    ISSN 1089-7623 ; 0034-6748
    ISSN (online) 1089-7623
    ISSN 0034-6748
    DOI 10.1063/5.0040745
    Database MEDical Literature Analysis and Retrieval System OnLINE

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  3. Article ; Online: Using multiple neutron time of flight detectors to determine the hot spot velocity.

    Hatarik, R / Nora, R C / Spears, B K / Eckart, M J / Grim, G P / Hartouni, E P / Moore, A S / Schlossberg, D J

    The Review of scientific instruments

    2018  Volume 89, Issue 10, Page(s) 10I138

    Abstract: An important diagnostic value of a shot at the National Ignition Facility is the resultant center-of-mass motion of the imploding capsule. This residual velocity reduces the efficiency of converting laser energy into plasma temperature. A new analysis ... ...

    Abstract An important diagnostic value of a shot at the National Ignition Facility is the resultant center-of-mass motion of the imploding capsule. This residual velocity reduces the efficiency of converting laser energy into plasma temperature. A new analysis method extracts the effective hot spot motion by using information from multiple neutron time-of-flight (nToF) lines-of-sight (LoSs). This technique fits a near Gaussian spectrum to the nToF scope traces and overcomes reliance on models to relate the plasma temperature to the mean energy of the emitted neutrons. This method requires having at least four nToF LoSs. The results of this analysis will be compared to an approach where each LoS is analyzed separately and a model is used to infer the mean energy of the emitted neutrons.
    Language English
    Publishing date 2018-11-06
    Publishing country United States
    Document type Journal Article
    ZDB-ID 209865-9
    ISSN 1089-7623 ; 0034-6748
    ISSN (online) 1089-7623
    ISSN 0034-6748
    DOI 10.1063/1.5039372
    Database MEDical Literature Analysis and Retrieval System OnLINE

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  4. Article ; Online: Evidence of Three-Dimensional Asymmetries Seeded by High-Density Carbon-Ablator Nonuniformity in Experiments at the National Ignition Facility.

    Casey, D T / MacGowan, B J / Sater, J D / Zylstra, A B / Landen, O L / Milovich, J / Hurricane, O A / Kritcher, A L / Hohenberger, M / Baker, K / Le Pape, S / Döppner, T / Weber, C / Huang, H / Kong, C / Biener, J / Young, C V / Haan, S / Nora, R C /
    Ross, S / Robey, H / Stadermann, M / Nikroo, A / Callahan, D A / Bionta, R M / Hahn, K D / Moore, A S / Schlossberg, D / Bruhn, M / Sequoia, K / Rice, N / Farrell, M / Wild, C

    Physical review letters

    2021  Volume 126, Issue 2, Page(s) 25002

    Abstract: Inertial confinement fusion implosions must achieve high in-flight shell velocity, sufficient energy coupling between the hot spot and imploding shell, and high areal density (ρR=∫ρdr) at stagnation. Asymmetries in ρR degrade the coupling of shell ... ...

    Abstract Inertial confinement fusion implosions must achieve high in-flight shell velocity, sufficient energy coupling between the hot spot and imploding shell, and high areal density (ρR=∫ρdr) at stagnation. Asymmetries in ρR degrade the coupling of shell kinetic energy to the hot spot and reduce the confinement of that energy. We present the first evidence that nonuniformity in the ablator shell thickness (∼0.5% of the total thickness) in high-density carbon experiments is a significant cause for observed 3D ρR asymmetries at the National Ignition Facility. These shell-thickness nonuniformities have significantly impacted some recent experiments leading to ρR asymmetries on the order of ∼25% of the average ρR and hot spot velocities of ∼100  km/s. This work reveals the origin of a significant implosion performance degradation in ignition experiments and places stringent new requirements on capsule thickness metrology and symmetry.
    Language English
    Publishing date 2021-01-29
    Publishing country United States
    Document type Journal Article
    ZDB-ID 208853-8
    ISSN 1079-7114 ; 0031-9007
    ISSN (online) 1079-7114
    ISSN 0031-9007
    DOI 10.1103/PhysRevLett.126.025002
    Database MEDical Literature Analysis and Retrieval System OnLINE

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  5. Article ; Online: Development of a high resolution x-ray spectrometer for the National Ignition Facility (NIF).

    Hill, K W / Bitter, M / Delgado-Aparicio, L / Efthimion, P C / Ellis, R / Gao, L / Maddox, J / Pablant, N A / Schneider, M B / Chen, H / Ayers, S / Kauffman, R L / MacPhee, A G / Beiersdorfer, P / Bettencourt, R / Ma, T / Nora, R C / Scott, H A / Thorn, D B /
    Kilkenny, J D / Nelson, D / Shoup, M / Maron, Y

    The Review of scientific instruments

    2016  Volume 87, Issue 11, Page(s) 11E344

    Abstract: A high resolution (E/ΔE = 1200-1800) Bragg crystal x-ray spectrometer is being developed to measure plasma parameters in National Ignition Facility experiments. The instrument will be a diagnostic instrument manipulator positioned cassette designed ... ...

    Abstract A high resolution (E/ΔE = 1200-1800) Bragg crystal x-ray spectrometer is being developed to measure plasma parameters in National Ignition Facility experiments. The instrument will be a diagnostic instrument manipulator positioned cassette designed mainly to infer electron density in compressed capsules from Stark broadening of the helium-β (1s
    Language English
    Publishing date 2016-11
    Publishing country United States
    Document type Journal Article
    ZDB-ID 209865-9
    ISSN 1089-7623 ; 0034-6748
    ISSN (online) 1089-7623
    ISSN 0034-6748
    DOI 10.1063/1.4962053
    Database MEDical Literature Analysis and Retrieval System OnLINE

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  6. Article ; Online: Achievement of Target Gain Larger than Unity in an Inertial Fusion Experiment.

    Abu-Shawareb, H / Acree, R / Adams, P / Adams, J / Addis, B / Aden, R / Adrian, P / Afeyan, B B / Aggleton, M / Aghaian, L / Aguirre, A / Aikens, D / Akre, J / Albert, F / Albrecht, M / Albright, B J / Albritton, J / Alcala, J / Alday, C /
    Alessi, D A / Alexander, N / Alfonso, J / Alfonso, N / Alger, E / Ali, S J / Ali, Z A / Allen, A / Alley, W E / Amala, P / Amendt, P A / Amick, P / Ammula, S / Amorin, C / Ampleford, D J / Anderson, R W / Anklam, T / Antipa, N / Appelbe, B / Aracne-Ruddle, C / Araya, E / Archuleta, T N / Arend, M / Arnold, P / Arnold, T / Arsenlis, A / Asay, J / Atherton, L J / Atkinson, D / Atkinson, R / Auerbach, J M / Austin, B / Auyang, L / Awwal, A A S / Aybar, N / Ayers, J / Ayers, S / Ayers, T / Azevedo, S / Bachmann, B / Back, C A / Bae, J / Bailey, D S / Bailey, J / Baisden, T / Baker, K L / Baldis, H / Barber, D / Barberis, M / Barker, D / Barnes, A / Barnes, C W / Barrios, M A / Barty, C / Bass, I / Batha, S H / Baxamusa, S H / Bazan, G / Beagle, J K / Beale, R / Beck, B R / Beck, J B / Bedzyk, M / Beeler, R G / Behrendt, W / Belk, L / Bell, P / Belyaev, M / Benage, J F / Bennett, G / Benedetti, L R / Benedict, L X / Berger, R L / Bernat, T / Bernstein, L A / Berry, B / Bertolini, L / Besenbruch, G / Betcher, J / Bettenhausen, R / Betti, R / Bezzerides, B / Bhandarkar, S D / Bickel, R / Biener, J / Biesiada, T / Bigelow, K / Bigelow-Granillo, J / Bigman, V / Bionta, R M / Birge, N W / Bitter, M / Black, A C / Bleile, R / Bleuel, D L / Bliss, E / Blue, B / Boehly, T / Boehm, K / Boley, C D / Bonanno, R / Bond, E J / Bond, T / Bonino, M J / Borden, M / Bourgade, J-L / Bousquet, J / Bowers, J / Bowers, M / Boyd, R / Boyle, D / Bozek, A / Bradley, D K / Bradley, K S / Bradley, P A / Bradley, L / Brannon, L / Brantley, P S / Braun, D / Braun, T / Brienza-Larsen, K / Briggs, R / Briggs, T M / Britten, J / Brooks, E D / Browning, D / Bruhn, M W / Brunner, T A / Bruns, H / Brunton, G / Bryant, B / Buczek, T / Bude, J / Buitano, L / Burkhart, S / Burmark, J / Burnham, A / Burr, R / Busby, L E / Butlin, B / Cabeltis, R / Cable, M / Cabot, W H / Cagadas, B / Caggiano, J / Cahayag, R / Caldwell, S E / Calkins, S / Callahan, D A / Calleja-Aguirre, J / Camara, L / Camp, D / Campbell, E M / Campbell, J H / Carey, B / Carey, R / Carlisle, K / Carlson, L / Carman, L / Carmichael, J / Carpenter, A / Carr, C / Carrera, J A / Casavant, D / Casey, A / Casey, D T / Castillo, A / Castillo, E / Castor, J I / Castro, C / Caughey, W / Cavitt, R / Celeste, J / Celliers, P M / Cerjan, C / Chandler, G / Chang, B / Chang, C / Chang, J / Chang, L / Chapman, R / Chapman, T D / Chase, L / Chen, H / Chen, K / Chen, L-Y / Cheng, B / Chittenden, J / Choate, C / Chou, J / Chrien, R E / Chrisp, M / Christensen, K / Christensen, M / Christiansen, N S / Christopherson, A R / Chung, M / Church, J A / Clark, A / Clark, D S / Clark, K / Clark, R / Claus, L / Cline, B / Cline, J A / Cobble, J A / Cochrane, K / Cohen, B / Cohen, S / Collette, M R / Collins, G W / Collins, L A / Collins, T J B / Conder, A / Conrad, B / Conyers, M / Cook, A W / Cook, D / Cook, R / Cooley, J C / Cooper, G / Cope, T / Copeland, S R / Coppari, F / Cortez, J / Cox, J / Crandall, D H / Crane, J / Craxton, R S / Cray, M / Crilly, A / Crippen, J W / Cross, D / Cuneo, M / Cuotts, G / Czajka, C E / Czechowicz, D / Daly, T / Danforth, P / Danly, C / Darbee, R / Darlington, B / Datte, P / Dauffy, L / Davalos, G / Davidovits, S / Davis, P / Davis, J / Dawson, S / Day, R D / Day, T H / Dayton, M / Deck, C / Decker, C / Deeney, C / DeFriend, K A / Deis, G / Delamater, N D / Delettrez, J A / Demaret, R / Demos, S / Dempsey, S M / Desjardin, R / Desjardins, T / Desjarlais, M P / Dewald, E L / DeYoreo, J / Diaz, S / Dimonte, G / Dittrich, T R / Divol, L / Dixit, S N / Dixon, J / Do, A / Dodd, E S / Dolan, D / Donovan, A / Donovan, M / Döppner, T / Dorrer, C / Dorsano, N / Douglas, M R / Dow, D / Downie, J / Downing, E / Dozieres, M / Draggoo, V / Drake, D / Drake, R P / Drake, T / Dreifuerst, G / Drury, O / DuBois, D F / DuBois, P F / Dunham, G / Durocher, M / Dylla-Spears, R / Dymoke-Bradshaw, A K L / Dzenitis, B / Ebbers, C / Eckart, M / Eddinger, S / Eder, D / Edgell, D / Edwards, M J / Efthimion, P / Eggert, J H / Ehrlich, B / Ehrmann, P / Elhadj, S / Ellerbee, C / Elliott, N S / Ellison, C L / Elsner, F / Emerich, M / Engelhorn, K / England, T / English, E / Epperson, P / Epstein, R / Erbert, G / Erickson, M A / Erskine, D J / Erlandson, A / Espinosa, R J / Estes, C / Estabrook, K G / Evans, S / Fabyan, A / Fair, J / Fallejo, R / Farmer, N / Farmer, W A / Farrell, M / Fatherley, V E / Fedorov, M / Feigenbaum, E / Fehrenbach, T / Feit, M / Felker, B / Ferguson, W / Fernandez, J C / Fernandez-Panella, A / Fess, S / Field, J E / Filip, C V / Fincke, J R / Finn, T / Finnegan, S M / Finucane, R G / Fischer, M / Fisher, A / Fisher, J / Fishler, B / Fittinghoff, D / Fitzsimmons, P / Flegel, M / Flippo, K A / Florio, J / Folta, J / Folta, P / Foreman, L R / Forrest, C / Forsman, A / Fooks, J / Foord, M / Fortner, R / Fournier, K / Fratanduono, D E / Frazier, N / Frazier, T / Frederick, C / Freeman, M S / Frenje, J / Frey, D / Frieders, G / Friedrich, S / Froula, D H / Fry, J / Fuller, T / Gaffney, J / Gales, S / Le Galloudec, B / Le Galloudec, K K / Gambhir, A / Gao, L / Garbett, W J / Garcia, A / Gates, C / Gaut, E / Gauthier, P / Gavin, Z / Gaylord, J / Geddes, C G R / Geissel, M / Génin, F / Georgeson, J / Geppert-Kleinrath, H / Geppert-Kleinrath, V / Gharibyan, N / Gibson, J / Gibson, C / Giraldez, E / Glebov, V / Glendinning, S G / Glenn, S / Glenzer, S H / Goade, S / Gobby, P L / Goldman, S R / Golick, B / Gomez, M / Goncharov, V / Goodin, D / Grabowski, P / Grafil, E / Graham, P / Grandy, J / Grasz, E / Graziani, F R / Greenman, G / Greenough, J A / Greenwood, A / Gregori, G / Green, T / Griego, J R / Grim, G P / Grondalski, J / Gross, S / Guckian, J / Guler, N / Gunney, B / Guss, G / Haan, S / Hackbarth, J / Hackel, L / Hackel, R / Haefner, C / Hagmann, C / Hahn, K D / Hahn, S / Haid, B J / Haines, B M / Hall, B M / Hall, C / Hall, G N / Hamamoto, M / Hamel, S / Hamilton, C E / Hammel, B A / Hammer, J H / Hampton, G / Hamza, A / Handler, A / Hansen, S / Hanson, D / Haque, R / Harding, D / Harding, E / Hares, J D / Harris, D B / Harte, J A / Hartouni, E P / Hatarik, R / Hatchett, S / Hauer, A A / Havre, M / Hawley, R / Hayes, J / Hayes, S / Hayes-Sterbenz, A / Haynam, C A / Haynes, D A / Headley, D / Heal, A / Heebner, J E / Heerey, S / Heestand, G M / Heeter, R / Hein, N / Heinbockel, C / Hendricks, C / Henesian, M / Heninger, J / Henrikson, J / Henry, E A / Herbold, E B / Hermann, M R / Hermes, G / Hernandez, J E / Hernandez, V J / Herrmann, M C / Herrmann, H W / Herrera, O D / Hewett, D / Hibbard, R / Hicks, D G / Higginson, D P / Hill, D / Hill, K / Hilsabeck, T / Hinkel, D E / Ho, D D / Ho, V K / Hoffer, J K / Hoffman, N M / Hohenberger, M / Hohensee, M / Hoke, W / Holdener, D / Holdener, F / Holder, J P / Holko, B / Holunga, D / Holzrichter, J F / Honig, J / Hoover, D / Hopkins, D / Berzak Hopkins, L F / Hoppe, M / Hoppe, M L / Horner, J / Hornung, R / Horsfield, C J / Horvath, J / Hotaling, D / House, R / Howell, L / Hsing, W W / Hu, S X / Huang, H / Huckins, J / Hui, H / Humbird, K D / Hund, J / Hunt, J / Hurricane, O A / Hutton, M / Huynh, K H-K / Inandan, L / Iglesias, C / Igumenshchev, I V / Ivanovich, I / Izumi, N / Jackson, M / Jackson, J / Jacobs, S D / James, G / Jancaitis, K / Jarboe, J / Jarrott, L C / Jasion, D / Jaquez, J / Jeet, J / Jenei, A E / Jensen, J / Jimenez, J / Jimenez, R / Jobe, D / Johal, Z / Johns, H M / Johnson, D / Johnson, M A / Gatu Johnson, M / Johnson, R J / Johnson, S / Johnson, S A / Johnson, T / Jones, K / Jones, O / Jones, M / Jorge, R / Jorgenson, H J / Julian, M / Jun, B I / Jungquist, R / Kaae, J / Kabadi, N / Kaczala, D / Kalantar, D / Kangas, K / Karasiev, V V / Karasik, M / Karpenko, V / Kasarky, A / Kasper, K / Kauffman, R / Kaufman, M I / Keane, C / Keaty, L / Kegelmeyer, L / Keiter, P A / Kellett, P A / Kellogg, J / Kelly, J H / Kemic, S / Kemp, A J / Kemp, G E / Kerbel, G D / Kershaw, D / Kerr, S M / Kessler, T J / Key, M H / Khan, S F / Khater, H / Kiikka, C / Kilkenny, J / Kim, Y / Kim, Y-J / Kimko, J / Kimmel, M / Kindel, J M / King, J / Kirkwood, R K / Klaus, L / Klem, D / Kline, J L / Klingmann, J / Kluth, G / Knapp, P / Knauer, J / Knipping, J / Knudson, M / Kobs, D / Koch, J / Kohut, T / Kong, C / Koning, J M / Koning, P / Konior, S / Kornblum, H / Kot, L B / Kozioziemski, B / Kozlowski, M / Kozlowski, P M / Krammen, J / Krasheninnikova, N S / Krauland, C M / Kraus, B / Krauser, W / Kress, J D / Kritcher, A L / Krieger, E / Kroll, J J / Kruer, W L / Kruse, M K G / Kucheyev, S / Kumbera, M / Kumpan, S / Kunimune, J / Kur, E / Kustowski, B / Kwan, T J T / Kyrala, G A / Laffite, S / Lafon, M / LaFortune, K / Lagin, L / Lahmann, B / Lairson, B / Landen, O L / Land, T / Lane, M / Laney, D / Langdon, A B / Langenbrunner, J / Langer, S H / Langro, A / Lanier, N E / Lanier, T E / Larson, D / Lasinski, B F / Lassle, D / LaTray, D / Lau, G / Lau, N / Laumann, C / Laurence, A / Laurence, T A / Lawson, J / Le, H P / Leach, R R / Leal, L / Leatherland, A / LeChien, K / Lechleiter, B / Lee, A / Lee, M / Lee, T / Leeper, R J / Lefebvre, E / Leidinger, J-P / LeMire, B / Lemke, R W / Lemos, N C / Le Pape, S / Lerche, R / Lerner, S / Letts, S / Levedahl, K / Lewis, T / Li, C K / Li, H / Li, J / Liao, W / Liao, Z M / Liedahl, D / Liebman, J / Lindford, G / Lindman, E L / Lindl, J D / Loey, H / London, R A / Long, F / Loomis, E N / Lopez, F E / Lopez, H / Losbanos, E / Loucks, S / Lowe-Webb, R / Lundgren, E / Ludwigsen, A P / Luo, R / Lusk, J / Lyons, R / Ma, T / Macallop, Y / MacDonald, M J / MacGowan, B J / Mack, J M / Mackinnon, A J / MacLaren, S A / MacPhee, A G / Magelssen, G R / Magoon, J / Malone, R M / Malsbury, T / Managan, R / Mancini, R / Manes, K / Maney, D / Manha, D / Mannion, O M / Manuel, A M / Manuel, M J-E / Mapoles, E / Mara, G / Marcotte, T / Marin, E / Marinak, M M / Mariscal, D A / Mariscal, E F / Marley, E V / Marozas, J A / Marquez, R / Marshall, C D / Marshall, F J / Marshall, M / Marshall, S / Marticorena, J / Martinez, J I / Martinez, D / Maslennikov, I / Mason, D / Mason, R J / Masse, L / Massey, W / Masson-Laborde, P-E / Masters, N D / Mathisen, D / Mathison, E / Matone, J / Matthews, M J / Mattoon, C / Mattsson, T R / Matzen, K / Mauche, C W / Mauldin, M / McAbee, T / McBurney, M / Mccarville, T / McCrory, R L / McEvoy, A M / McGuffey, C / Mcinnis, M / McKenty, P / McKinley, M S / McLeod, J B / McPherson, A / Mcquillan, B / Meamber, M / Meaney, K D / Meezan, N B / Meissner, R / Mehlhorn, T A / Mehta, N C / Menapace, J / Merrill, F E / Merritt, B T / Merritt, E C / Meyerhofer, D D / Mezyk, S / Mich, R J / Michel, P A / Milam, D / Miller, C / Miller, D / Miller, D S / Miller, E / Miller, E K / Miller, J / Miller, M / Miller, P E / Miller, T / Miller, W / Miller-Kamm, V / Millot, M / Milovich, J L / Minner, P / Miquel, J-L / Mitchell, S / Molvig, K / Montesanti, R C / Montgomery, D S / Monticelli, M / Montoya, A / Moody, J D / Moore, A S / Moore, E / Moran, M / Moreno, J C 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    Physical review letters

    2024  Volume 132, Issue 6, Page(s) 65102

    Abstract: On December 5, 2022, an indirect drive fusion implosion on the National Ignition Facility (NIF) achieved a target gain G_{target} of 1.5. This is the first laboratory demonstration of exceeding "scientific breakeven" (or G_{target}>1) where 2.05 MJ of ... ...

    Abstract On December 5, 2022, an indirect drive fusion implosion on the National Ignition Facility (NIF) achieved a target gain G_{target} of 1.5. This is the first laboratory demonstration of exceeding "scientific breakeven" (or G_{target}>1) where 2.05 MJ of 351 nm laser light produced 3.1 MJ of total fusion yield, a result which significantly exceeds the Lawson criterion for fusion ignition as reported in a previous NIF implosion [H. Abu-Shawareb et al. (Indirect Drive ICF Collaboration), Phys. Rev. Lett. 129, 075001 (2022)PRLTAO0031-900710.1103/PhysRevLett.129.075001]. This achievement is the culmination of more than five decades of research and gives proof that laboratory fusion, based on fundamental physics principles, is possible. This Letter reports on the target, laser, design, and experimental advancements that led to this result.
    Language English
    Publishing date 2024-02-23
    Publishing country United States
    Document type Journal Article
    ZDB-ID 208853-8
    ISSN 1079-7114 ; 0031-9007
    ISSN (online) 1079-7114
    ISSN 0031-9007
    DOI 10.1103/PhysRevLett.132.065102
    Database MEDical Literature Analysis and Retrieval System OnLINE

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