Preliminary Program

Session Types:
  • O – Oral
  • P – Plenary
  • Po – Poster
  • K – Keynote
  • T – Teller Lecture
  • Mo – Monday
  • Tu – Tuesday
  • We – Wednesday
  • Th – Thursday
  • Fr – Friday

Last Updated: August 13, 2015
Author Last Name Author First Name Topic Paper Title Paper ID Day Paper Session Number Start Time Abstract
CrandallDavidKeynote USThe Quest for Laboratory Inertial Fusion Burn in the USMoMo.K.18:30
BréchetYvesKeynote EuropeWill Fusion be Ready to Meet the Energy Challenge for the 21st Century?MoMo.K.29:10
OgawaYuichiKeynote AsiaFusion Studies in JapanMoMo.K.39:50
HurricaneOmarCentral Ignition Target PhysicsOverview of Progress and Future Prospects in Indirect Drive Implosions on the National Ignition Facility137MoMo.P.111:00
AzechiHiroshiAlternative Target Physics (Fast Ignition, Shock Ignition, etc.)The Status of Fast Ignition Realization Experiment (FIREX) and Prospect to Inertial Fusion Energy293MoMo.P.211:30
PatelPraveshCentral Ignition Target PhysicsFuel Energy Balance in Layered Implosions on the NIF475MoMo.O.1.113:30
TiptonRobertCentral Ignition Target PhysicsGeneralized Lawson Criteria for Inertial Confinement Fusion222MoMo.O.1.213:50
ClarkDanielCentral Ignition Target PhysicsProgress in Detailed Modeling of Low Foot and High Foot DT Implosion Experiments on the National Ignition Facility255MoMo.O.1.314:10
FieldJohnCentral Ignition Target PhysicsA Survey of the Effect of Convergence Ratio with Low-Mode Drive Asymmetry on ICF Implosions254MoMo.O.1.414:30
RemingtonBruceLaboratory AstrophysicsFrontiers in Discovery Science on NIF286MoMo.O.2.113:30
ManciniRobertoLaboratory AstrophysicsSpectral Line Shapes for Iron Opacity at Solar Interior Conditions428MoMo.O.2.213:50
HuntingtonChanningLaboratory AstrophysicsRayleigh Taylor Growth at an Embedded Interface Driven by a Radiative Shock458MoMo.O.2.314:10
d`HumièresEmmanuelLaboratory AstrophysicsCollisionless Plasma Magnetization in Laboratory - Astrophysical Studies314MoMo.O.2.414:30
KodamaRyosukeStrong Field Science and ApplicationsHigh Energy Density Science with High Power Laser and XFEL in Japan480MoMo.O.3.113:30
FernandezJuanStrong Field Science and ApplicationsDemonstrated Efficient Laser-Driven Ion Beams with Narrow Energy Spread Using Giant Self-Generated Plasma Fields242MoMo.O.3.213:50
AlbrightBrianStrong Field Science and ApplicationsUse of Laser-Generated Ion Beams for Isochoric Heating to Study Plasma Mix at Interfaces429MoMo.O.3.314:10
YogoAkifumiStrong Field Science and ApplicationsIon Acceleration with High-Contrast, Kilojoule, Picosecond Laser Pulses on LFEX313MoMo.O.3.414:30
BenedettiLaura RobinCentral Ignition Target PhysicsEffect of Convergence on Implosion Symmetries and Yields368MoMo.Po.114:50
ChenHuiCentral Ignition Target PhysicsMeasurement of the Hot Spot Electron Temperature in an ICF Implosion by High-Z Dopant X-Ray Spectroscopy454MoMo.Po.214:50
ChengBaolianCentral Ignition Target PhysicsAnalysis of NIF Experiments with the Minimal Energy Implosion Model136MoMo.Po.314:50
DittrichThomasCentral Ignition Target PhysicsSimulations of Fill Tube Effects on the Implosion of High-Foot NIF Ignition Capsules241MoMo.Po.414:50
GaffneyJimCentral Ignition Target PhysicsThermodynamic Simulations of Shape Effects on Stagnating Inertial Confinement Fusion Capsules176MoMo.Po.514:50
GarbettWarrenCentral Ignition Target PhysicsThe First Capsule Implosion Experiments on Orion302MoMo.Po.614:50
HoDarwinCentral Ignition Target PhysicsPhysics and Designs of Ignition Capsules Using High-Density Carbon (HDC) Ablators: Robust Designs, Stability, Picketed Pulses, Shock Merges, and Ignition Conditions196MoMo.Po.714:50
KhanShahabCentral Ignition Target PhysicsDevelopment of a Predictive and Symmetric Implosion Platform Using a 2-Shock 1MJ Pulse in a Near Vacuum Hohlraum221MoMo.Po.814:50
KuchugovPavel A.Central Ignition Target PhysicsThe Direct Drive Target for a Laser Pulse of a Megajoule Scale239MoMo.Po.914:50
MontgomeryDavidCentral Ignition Target PhysicsPlans for Double Shell Capsule Experiments on NIF463MoMo.Po.1114:50
PikeOliverCentral Ignition Target PhysicsNon-Gaussian Cumulative Scattering in an Inertial Confinement Fusion Plasma426MoMo.Po.1214:50
RinderknechtHansCentral Ignition Target PhysicsTime Evolution of Areal-Density in Subscale Near-Vacuum Hohlraum Implosions at the NIF346MoMo.Po.1314:50
SchmittAndrewCentral Ignition Target PhysicsHot Spot Formation and Stagnation Properties in Simulations of Direct Drive Implosions436MoMo.Po.1414:50
SimakovAndreiCentral Ignition Target PhysicsHigh-Foot NIF Beryllium Targets with 6.72-mm Cylindrical Hohlraums with Low Gas Fill257MoMo.Po.1514:50
SpearsBrianCentral Ignition Target PhysicsMeasurements of Stagnation Conditions in NIF Implosions: Reproducibility and Intentional Asymmetry471MoMo.Po.1614:50
TaitanoWilliamCentral Ignition Target PhysicsIFP: An Optimal, Fully Implicit, Fully Conservative, 1D2V Vlasov-Rosenbluth-Fokker-Planck Code for ICF Capsule Implosion Simulations383MoMo.Po.1714:50
YakhinRafaelCentral Ignition Target PhysicsInfluence of Irradiation and Target Compression Unsimmetry to Decreasing of Neutron Yeald Reaction for Laser Puls of 2 Megajoule Scale323MoMo.Po.1914:50
YinLinCentral Ignition Target PhysicsPlasma Kinetic Effects on Interfacial Mix in Settings Relevant to Inertial Confinement Fusion and Laboratory Experiments351MoMo.Po.2014:50
DavoineXavierStrong Field Science and ApplicationsSimulation of a Betatron Source Generated with the PETAL Laser320MoMo.Po.2114:50
KamiyamaDaikiStrong Field Science and ApplicationsControllable Laser Ion Beam Generation161MoMo.Po.2314:50
KawahitoDaikiStrong Field Science and ApplicationsIonization and Acceleration of Heavy Ions in High-Z Solid Target Irradiated by High Intensity Laser339MoMo.Po.2414:50
LiYutongStrong Field Science and ApplicationsPowerful Terahertz Pulses from Relativistic Laser-Produced Plasmas111MoMo.Po.2514:50
MishraRohiniStrong Field Science and ApplicationsProton Acceleration in the Interaction of High Power Laser and Cryogenic Hydrogen Targets422MoMo.Po.2714:50
MurakamiMasaStrong Field Science and ApplicationsProton Beam Generation with Nanotube Accelerator Driven by Ultra-Intense Ultra-Short Laser284MoMo.Po.2814:50
Ondarza-RoviraRicardoStrong Field Science and ApplicationsRadiation Emission from Ultra-Relativistic Plasma Electrons in Short-Pulse Laser Light Interactions354MoMo.Po.2914:50
PoolePatrickStrong Field Science and ApplicationsVariable Thickness Liquid Crystal Thin Film Targets for Optimized Laser Plasma Interaction451MoMo.Po.3014:50
TanakaNozomiStrong Field Science and ApplicationsPlasma Expansion from Material Ablation by Intense Laser Driven Extreme Ultraviolet Light347MoMo.Po.3214:50
ZhangXiaomeiStrong Field Science and ApplicationsBetatron Radiation in Wakefields by Laser and in Astrophysics473MoMo.Po.3414:50
ConsoliFabrizioLaser and Beam Plasma InteractionsDescription of the Electromagnetic Pulses Produced by Nansecond Laser-Plasma Interaction in the ABC Laser by Conductive and Dielectric Probes319MoMo.Po.3714:50
De AngelisRiccardoLaser and Beam Plasma InteractionsAbsorption and Ablation Properties of the Porous Targets Irradiated by ABC Laser249MoMo.Po.3914:50
EdwardsMatthewLaser and Beam Plasma InteractionsStimulated Raman and Brillouin Scattering in the Electron-Position Plasma Limit363MoMo.Po.4014:50
GuptaDevki NandanLaser and Beam Plasma InteractionsLaser Propagation Under Stimulated Raman Instability in a Plasma with Hot Drifting Electrons261MoMo.Po.4114:50
HataMasayasuLaser and Beam Plasma InteractionsStudy of Fast Electron Generation Using Multi Beam of LFEX Petawatt Laser310MoMo.Po.4214:50
HayashiYoshiakiLaser and Beam Plasma InteractionsElectron Transport in the Background Plasma with Steep Density Gradient245MoMo.Po.4314:50
KimJoohwanLaser and Beam Plasma InteractionsComputational Study of Intense Proton Beam Transport and Target Heating to Warm Dense Matter States411MoMo.Po.4414:50
KinghamRobertLaser and Beam Plasma InteractionsThe Influence of Magnetized Electron Transport on Thermal Self-Focusing and Channeling of Nanosecond Laser Beams288MoMo.Po.4514:50
KunduMrityunjayLaser and Beam Plasma InteractionsAnomalous Inverse Bremsstrahlung Heating of Laser-Driven Plasmas125MoMo.Po.4614:50
NagayamaTaisukeLaser and Beam Plasma InteractionsOMEGA-EP Laser Experiments for MagLIF Laser-Preheat Investigation364MoMo.Po.4814:50
PeeblesJonathanLaser and Beam Plasma InteractionsPre-Plasma Impact Studies on Fast Electron Generation with the High-Intensity Titan Laser434MoMo.Po.5014:50
RongqingYiLaser and Beam Plasma InteractionsHot-Electron Generation by Laser-Plasma Interactions in UN Hohlraums211MoMo.Po.5114:50
SolovievAlexanderLaser and Beam Plasma InteractionsCoupling Between Closely Spaced Codirectional High-Power Laser Filaments in Magnetized Plasmas460MoMo.Po.5314:50
Di NicolaJean MichelShort Pulse Laser Facilities/TechnologyLaser Performance Modeling of the Advanced Radiographic Capability Laser System402MoMo.Po.5514:50
HillierDavidShort Pulse Laser Facilities/TechnologyContrast Enhancements to the CPA Beamlines of the Orion Laser Facility287MoMo.Po.5614:50
KonAkiraShort Pulse Laser Facilities/TechnologyHigh Dynamic Range Multi-Channel Cross-Correlator for Single Shot Temporal Contrast Measurement195MoMo.Po.5714:50
CraneJohnHigh Energy Laser Technology and Ignition FacilitiesPreliminary Measurements of Performance of NIF Beamlines for Future Experiments to Support Polar Direct Drive282MoMo.Po.5914:50
GaoYanqiHigh Energy Laser Technology and Ignition FacilitiesThe Beam Quality and Output Ability Improvement of the High Power Laser Facility110MoMo.Po.6014:50
KesslerTerranceHigh Energy Laser Technology and Ignition FacilitiesFocal-Spot Zooming Using Radial Diffusion and Dispersion113MoMo.Po.6114:50
KongHong JinHigh Energy Laser Technology and Ignition FacilitiesCurrent Status of Kumgang Laser Toward a IFE Laser Driver304MoMo.Po.6214:50
KoscTanyaHigh Energy Laser Technology and Ignition FacilitiesThe Multiple-Pulse Driver Line on the OMEGA Laser204MoMo.Po.6314:50
LiuYanqingHigh Energy Laser Technology and Ignition FacilitiesRapid Growth and Optical Properties of ADP Crystals149MoMo.Po.6414:50
MarozasJohnHigh Energy Laser Technology and Ignition FacilitiesContinuous Distributed Phase Plate Design Advances for High-Energy Laser Systems165MoMo.Po.6514:50
NuernbergFrankHigh Energy Laser Technology and Ignition FacilitiesBulk Damage and Absorption in Fused Silica Due to High-Power Laser Application107MoMo.Po.6614:50
YuanXiaodongHigh Energy Laser Technology and Ignition FacilitiesProgress on Key Technologies to Improve the Damage Resistance Capability of High Power Solid-State Laser Facilities403MoMo.Po.6714:50
ZuegelJonathanHigh Energy Laser Technology and Ignition FacilitiesLaser Science and Technology Progress Toward Polar Direct Drive at the National Ignition Facility127MoMo.Po.6814:50
ZweibackJasonHigh Energy Laser Technology and Ignition Facilities100 J UV Laser for the Dynamic Compression Sector203MoMo.Po.6914:50
KikuchiTakashiHeavy Ion Beam DriversNumerical Analysis Corresponding with Experiment in Compact Beam Simulator for Heavy Ion Inertial Fusion Driver329MoMo.Po.7014:50
SatoTomohiroHeavy Ion Beam DriversNumerical Analysis of Applied Magnetic Field Dependence in Malmberg-Penning Trap for Compact Simulataor of Energy Driver in Heavy Ion Fusion318MoMo.Po.7114:50
TakahashiKazumasaHeavy Ion Beam DriversAblation Plasma Transport Using Multicusp Magnetic Field for Laser Ion Source413MoMo.Po.7214:50
KaikanovMaratZ-Pinches and Pulsed PowerAn Accelerator Facility for WDM, HEDP and HIF Investigations379MoMo.Po.7314:50
NingChengZ-Pinches and Pulsed PowerThe Physical Pictures and Energy Conversions of Rarefied Deterium Plasma Shell Z-Pinch Under its Fluid and Particle Descriptions215MoMo.Po.7514:50
SmalyukVladimirImplosion Hydrodynamics and Hydro-InstabilitiesReview of the Capsule Ignition Science Campaign on NIF279MoMo.O.4.116:40
CaseyDanielImplosion Hydrodynamics and Hydro-InstabilitiesTechniques for Reduced Richtmyer-Meshkov and Rayleigh-Taylor Growth Demonstrated with the Hydrodynamic Growth Radiography Platform at NIF462MoMo.O.4.217:00
WeberChrisImplosion Hydrodynamics and Hydro-InstabilitiesHydrodynamic Instability Measurements in DT-Layered ICF Capsules Using the Layered Hydro-Growth Radiography Platform281MoMo.O.4.317:20
PickworthLouisaImplosion Hydrodynamics and Hydro-InstabilitiesMeasurement of Inflight Shell Areal Density Near Peak Velocity Using a Self Backlighting Technique227MoMo.O.4.417:40
HoffmannDieter H.H.Laser and Beam Plasma InteractionsHigh Energy Density Physics Related to Inertial Fusion with Intense Ion- and Laser Beams at GSI and FAIR in Darmstadt299MoMo.O.5.116:40
GeisselMatthiasLaser and Beam Plasma InteractionsLaser-Fuel Coupling Studies for MagLIF with Z-Beamlet156MoMo.O.5.217:00
Harvey-ThompsonAdamLaser and Beam Plasma InteractionsOMEGA-EP Experiments Testing Laser Preheat and Fuel Magnetization at Conditions Relevant to MagLIF355MoMo.O.5.317:20
LoiseauPascalLaser and Beam Plasma InteractionsHigh-Power Laser-Plasma Interaction in Nanosecond Regimes "At A Glimpse" Using Proton Deflectometry262MoMo.O.5.417:40
HallGarethICF/Plasma DiagnosticsRecent Advances in X-Ray Diagnostic Capabilities at the National Ignition Facility388MoMo.O.6.116:40
IzumiNobuhikoICF/Plasma DiagnosticsMeasurement of Low-Mode Asymmetry of the Compressed Core with X-Ray and Neutron Self-Emission Imaging at the National Ignition Facility269MoMo.O.6.217:00
NagelSabrinaICF/Plasma DiagnosticsShape Observations Using DIXI, a 10 ps X-Ray Framing Camera, at the NIF240MoMo.O.6.317:20
SchollmeierMariusICF/Plasma Diagnostics2-20 keV X-Ray Imaging and Backlighting with Spherical Crystals192MoMo.O.6.417:40
MiquelJean-LucHigh Energy Laser Technology and Ignition FacilitiesLMJ & Petal Status and First Experiments324TuTu.P.18:10
BettiRiccardoCentral Ignition Target PhysicsAlpha Heating and Burning Plasmas in Inertial Confinement Fusion135TuTu.P.28:40
YonedaHitokiUltra-High Intensity Laser-Matter InteractionsUltra-Intense X-Ray Laser Matter Interaction with Hard X-Ray Free Electron Laser483TuTu.P.39:10
BaileyJimLaboratory AstrophysicsIron Opacity Measurements at Solar Interior Temperatures112TuTu.P.49:40
HinkelDeniseRadiation HydrodynamicsHigh Foot Implosions in Larger Hohlraums Filled with an Intermediate Gas Fill Density358TuTu.O.1.110:40
LeidingerJean-PierreRadiation HydrodynamicsNIF Rugby High Foot Campaign from the Design Side174TuTu.O.1.211:00
LanKeRadiation HydrodynamicsProgress on Octahedral Spherical Hohlraum Study109TuTu.O.1.311:20
Berzak HopkinsLauraRadiation HydrodynamicsExploring Symmetry Control in Near-Vacuum Hohlraums273TuTu.O.1.411:40
DonovanMichaelShort Pulse Laser Facilities/TechnologyImproved Pulse Contrast on the Texas Petawatt Laser370TuTu.O.2.110:40
BromageJakeShort Pulse Laser Facilities/TechnologyMTW-OPAL: A Technology Development Platform for Ultra-Intense Lasers and Applications115TuTu.O.2.211:00
BlanchotNathalieShort Pulse Laser Facilities/TechnologyOverview of Petal, the Multi-Petawatt Project in the LMJ Facility247TuTu.O.2.311:20
HermannMarkShort Pulse Laser Facilities/TechnologyCommissioning the Advanced Radiographic Capability Short Pulse High Energy Laser System on the National Ignition Facility226TuTu.O.2.411:40
BataniDimitriAlternative Target Physics (Fast Ignition, Shock Ignition, etc.)Shock Ignition Approach to ICF: Preliminary Experiments on European Lasers477TuTu.O.3.110:40
TheobaldWolfgangAlternative Target Physics (Fast Ignition, Shock Ignition, etc.)Gigabar Shocks for Shock-Ignition Fusion and High-Energy-Density Plasmas119TuTu.O.3.211:00
SlutzStephenAlternative Target Physics (Fast Ignition, Shock Ignition, etc.)Scaling Magnetized Liner Inertial Fusion on Z and Future Machines228TuTu.O.3.311:20
SefkowAdamAlternative Target Physics (Fast Ignition, Shock Ignition, etc.)Comparison Between Simulations and Initial MagLIF Experiments431TuTu.O.3.411:40
SioHongCentral Ignition Target PhysicsMeasurements of X-Ray and Nuclear Shock-Bang Times in ICF Plasmas at OMEGA and the NIF448TuTu.O.4.113:30
Gatu JohnsonMariaCentral Ignition Target PhysicsSignatures of Non-Thermal Fuel Motion in the DT-Neutron Spectrum Measured at the National Ignition Facility384TuTu.O.4.213:50
AppelbeBrianCentral Ignition Target PhysicsIntegrated Modeling of Neutron Diagnostics in ICF132TuTu.O.4.314:10
ChittendenJeremyCentral Ignition Target PhysicsUnderstanding Signatures of Radiation Drive Capsule Assymetry in Neutron Spectra Predicted by 3D Radiation Hydrodynamics Simulations of Indirect Drive Implosions131TuTu.O.4.414:30
CelliersPeterEOS and Condensed Matter PhysicsShock Wave Equation of State Experiments at Multi-TPa Pressures on NIF440TuTu.O.5.113:30
BachmannBenjaminEOS and Condensed Matter PhysicsCompression of Matter to Petapascal Pressures231TuTu.O.5.213:50
HuSuxingEOS and Condensed Matter PhysicsFirst-Principles Studies on the Equation of State, Thermal Conductivity, and Opacity of Deuterium-Tritium and Polystyrene (CH) Under Extreme Conditions144TuTu.O.5.314:10
ParkHye-SookEOS and Condensed Matter PhysicsHigh Pressure, High Strain Rate Strength Experiments on NIF410TuTu.O.5.414:30
ShawJessicaStrong Field Science and ApplicationsBetatron Radiation from a Self-Modulated Laser-Wakefield Accelerator285TuTu.O.6.113:30
MimaKuniokiStrong Field Science and ApplicationsIntense Laser Driven Collision-Less Shock in Magnetized Target, Ion Accleration and Applications317TuTu.O.6.213:50
BardonMatthieuStrong Field Science and ApplicationsMitigation of Electromagnetic Pulse Generated in Short-Pulse Laser Experiments197TuTu.O.6.314:10
ChenLimingUltra-High Intensity Laser-Matter InteractionsGeneration of Target Surface Electron Bunch with Small Divergence and Energy Spread185TuTu.O.6.414:30
AdakAshishImplosion Hydrodynamics and Hydro-InstabilitiesExistence of Rayleigh-Taylor Instability in a Pair-Ion Plasma392TuTu.Po.214:50
CiricostaOrlandoImplosion Hydrodynamics and Hydro-InstabilitiesCretin Simulations of Hot-Spot Mix Spectroscopy in NIF Implosions159TuTu.Po.314:50
HainesBrianImplosion Hydrodynamics and Hydro-InstabilitiesDetailed 3D Simulations of OMEGA ICF Experiments with Separated Reactants168TuTu.Po.414:50
JoshiTirthaImplosion Hydrodynamics and Hydro-InstabilitiesHydrodynamic Stability and Ti- Tracer Distribution in OMEGA Direct-Drive Implosions407TuTu.Po.614:50
KarinoTakahiroImplosion Hydrodynamics and Hydro-InstabilitiesImplosion Uniformity Improvement of Fuel Target in Heavy Ion Fusion162TuTu.Po.714:50
KawataShigeoImplosion Hydrodynamics and Hydro-InstabilitiesUniform Fuel Target Implosion in Heavy Ion Inertial Fusion105TuTu.Po.814:50
KhanManoranjanImplosion Hydrodynamics and Hydro-InstabilitiesEvolution of Rayleigh Taylor Instability in High Power Laser Irradiated Target in Presence of Magnetic Field and Compressibility152TuTu.Po.914:50
KuranzCarolynImplosion Hydrodynamics and Hydro-InstabilitiesHydrodynamic Instability Experiments on the OMEGA EP Laser469TuTu.Po.1014:50
KwanThomasImplosion Hydrodynamics and Hydro-InstabilitiesSimulation and Assessment of Kinetic Effects in a Direct-Drive Capsule Implosion Experiment439TuTu.Po.1114:50
LandenOttoImplosion Hydrodynamics and Hydro-InstabilitiesICF Capsule Implosion Scalings and Sensitivities256TuTu.Po.1214:50
PeraltaPedroImplosion Hydrodynamics and Hydro-InstabilitiesFeedthru of Rippled Shocks from Ablatively-Driven Richtmyer-Meshkov in Metals Accounting for Material Strength154TuTu.Po.1314:50
MacLarenSteveImplosion Hydrodynamics and Hydro-InstabilitiesBehavior of Gas-Ablator Interface Mixing vs. Convergence Ratio in a 1-D Implosion Platform200TuTu.Po.1414:50
MandalLabakantaImplosion Hydrodynamics and Hydro-InstabilitiesEffect of Viscosity and Surface Tension on the Growth of Magneto Rayleigh-Taylor Instability Induced by Laser at Two Fluid Interface153TuTu.Po.1514:50
McGlincheyKristopherImplosion Hydrodynamics and Hydro-InstabilitiesThe Effect of Hydrodynamic Instabilities on the Performance of an Indirect Drive Capsule Implosion177TuTu.Po.1714:50
MerrittElizabethImplosion Hydrodynamics and Hydro-InstabilitiesAnalysis of Shear Layer Complex Structure Growth in the OMEGA Counter-Propagating Shear Experiment274TuTu.Po.1814:50
ModestovMikhailImplosion Hydrodynamics and Hydro-InstabilitiesEvolution of the Magnetic Field Originated from the Kelvin-Helmholtz Instability441TuTu.Po.1914:50
MurphyThomasImplosion Hydrodynamics and Hydro-InstabilitiesProgress in the Development of the Marble Platform for Studying Thermonuclear Burn in the Presence of Heterogeneous Mix on OMEGA and the National Ignition Facility396TuTu.Po.2014:50
NiasseNicolasImplosion Hydrodynamics and Hydro-InstabilitiesMulti-Group Radiation Transport in the Ablation Phase of ICF Capsules139TuTu.Po.2114:50
PhilippeFranckImplosion Hydrodynamics and Hydro-InstabilitiesHydrodynamic Instability Growth Measurements for Indirectly-Driven Spherical Shells on OMEGA224TuTu.Po.2214:50
SacksRyanImplosion Hydrodynamics and Hydro-InstabilitiesProposed Pushered Single Shell Capsule Designs for the Investigation of High Z Mix on the National Ignition Facility244TuTu.Po.2314:50
ShirotoTakashiImplosion Hydrodynamics and Hydro-InstabilitiesHigh-Density Implosion via Suppression of Rayleigh-Taylor Instability369TuTu.Po.2414:50
SrinivasanBhuvanaImplosion Hydrodynamics and Hydro-InstabilitiesMulti-Fluid Simulations for Inertial Confinement Fusion406TuTu.Po.2514:50
YiAustinImplosion Hydrodynamics and Hydro-InstabilitiesHydrodynamic Stability of Beryllium Implosion Experiments at the National Ignition Facility378TuTu.Po.2714:50
CollinsTimothyRadiation HydrodynamicsDesign Options for Polar-Direct-Drive Targets: From Alpha Heating to Ignition166TuTu.Po.2914:50
DivolLaurentRadiation HydrodynamicsThe Diamond Implosion Campaign on the National Ignition Facility275TuTu.Po.3114:50
EderDavidRadiation HydrodynamicsSimulations of Symcap and Layered NIF Experiments with Top/Bottom Laser Asymmetry to Impose P1 Drive on Capsules435TuTu.Po.3214:50
FaikSteffenRadiation HydrodynamicsNew Laser Energy Deposition Algorithm for the Radiation-Hydrodynamics Code RALEF-2D175TuTu.Po.3314:50
HuangYunbaoRadiation HydrodynamicsThe Shape Optimization for the Hohlraum with Octahedral 6 LEHS Based an a Novel Free-Form Representation330TuTu.Po.3414:50
JiangShaoenRadiation HydrodynamicsCompressive Asymmetry Evaluation for M-Band Radiation Generated from the Interaction of High Energy Laser and the Hohlraum294TuTu.Po.3514:50
KyralaGeorgeRadiation HydrodynamicsSymmetry of Beryllium Capsule Implosion at the National Ignition Facility353TuTu.Po.3614:50
LiHangRadiation HydrodynamicsObservation of Hydrodynamic Processes of Radiation-Ablated Plasma in a Small Hole219TuTu.Po.3714:50
LiHangRadiation HydrodynamicsObservation of Indirect-Drive Inertial Confinement Fusion Implosion Asymmetry on the Shenguang III Prototype Laser Facility173TuTu.Po.3814:50
LiuJieRadiation HydrodynamicsSensitivity Study of the Octahedral Spherical Hohlraum to Random Errors141TuTu.Po.3914:50
OhnishiNaofumiRadiation HydrodynamicsRadiation Magneto-Hydrodynamics Simulations of Laser Ablation Plasma from Locally Heated Target452TuTu.Po.4014:50
RaffestinDidierRadiation Hydrodynamics"Debussy" Orion Campaign: Observations and Numerical Simulations of Target Shrapnels Originating from Laser Experiments106TuTu.Po.4114:50
SalmonsonJayRadiation HydrodynamicsAn Essentially Round Capsule Implosion: Recent Results from the Two-Shock, Near-Vacuum Hohlraum, Plastic Capsule Implosion Experimental Platform on NIF189TuTu.Po.4214:50
SchneiderMarilynRadiation HydrodynamicsThe Structure of the Laser Entrance Hole in NIF Gas-Filled Ignition Holraums268TuTu.Po.4314:50
ScottRobbieRadiation HydrodynamicsRe-Visiting Low Foot X-Ray Driven ICF Implosions321TuTu.Po.4414:50
StrozziDavidRadiation HydrodynamicsIgnition Hohlraum Simulations with Imposed Magnetic Field, and Effect on Hot Electrons394TuTu.Po.4514:50
WilksScottRadiation HydrodynamicsSimulating Proton Radiographic Images of Hohlraums472TuTu.Po.4614:50
ZhangHuasenRadiation HydrodynamicsInvestigating the Hohlraum Radiation Properties through the Angular Distribution of the Radiation Temperature290TuTu.Po.4714:50
ZhengJianRadiation HydrodynamicsEvolution of Electron Temperature of Gas Target Irradiated with 527nm Laser Pulse in the Presence of a Magnetic Field465TuTu.Po.4814:50
RalphJoeRadiation HydrodynamicsHigh Foot Implosion Experiments In Rugby Hohlraums485TuTu.Po.4914:50
CochranGinevraUltra-High Intensity Laser-Matter InteractionsTimestep Criterion for PIC Simulation of Relativistic Electron Acceleration in a High-Intensity Laser Field450TuTu.Po.5014:50
FengWuUltra-High Intensity Laser-Matter InteractionsRelativistic Bright Soliton Formation in Laser Magnetized Plasma Interactions306TuTu.Po.5214:50
GattamrajuRavindra KumarUltra-High Intensity Laser-Matter InteractionsIntense Laser-Solid Interaction: Absorption at High Laser Intensity Contrast416TuTu.Po.5414:50
IwataNatsumiUltra-High Intensity Laser-Matter InteractionsEffect of Radiation Reaction in Ultrahigh-Intensity Laser Interaction with Cluster Mediums322TuTu.Po.5514:50
MikhailovaJuliaUltra-High Intensity Laser-Matter InteractionsAn Optimal Waveform and the Efficiency Limit for Laser-Driven Coherent Synchrotron-Type Emission from Solids470TuTu.Po.5714:50
NakamuraTatsufumiUltra-High Intensity Laser-Matter InteractionsTransport of Laser-Driven Gamma-Rays in Ultra-Intense Laser-Matter Interactions193TuTu.Po.5814:50
NilsonPhilipUltra-High Intensity Laser-Matter InteractionsStreaked X-Ray Imaging of Ultrafast Ionization Waves Inside a Metal180TuTu.Po.5914:50
SarkarDeepUltra-High Intensity Laser-Matter InteractionsEfficient Hard X-Ray Generation in an Interaction of Intense, Ultrashort Laser with Metal Nano-Coated Dielectric Target415TuTu.Po.6014:50
ShaikhMoniruzzamanUltra-High Intensity Laser-Matter InteractionsControl on Femtosecond Laser-Driven Shock in Hot Dense Plasma237TuTu.Po.6114:50
ShenBaifeiUltra-High Intensity Laser-Matter InteractionsHigh Angular Momentum Density Physics Driven by High-Intensity Lasers386TuTu.Po.6214:50
ShiYinUltra-High Intensity Laser-Matter InteractionsLight Fan Driven by Relativistic Laser Pulse121TuTu.Po.6314:50
TurrellArthurUltra-High Intensity Laser-Matter InteractionsUltra-Fast Collisional Ion Heating by Electrostatic Shocks216TuTu.Po.6414:50
MileyGeorgeUltra-High Intensity Laser-Matter InteractionsReactor For Boron Fusion With Picosecond Ultrahigh Power Laser Pulses And Ultrahigh Magnetic Field Trapping486TuTu.Po.6514:50
DongQuanliLaboratory AstrophysicsVortex and Turbulence Generated by Shocks in Two Counter Streaming Laser Plasmas167TuTu.Po.6614:50
DrakeR. PaulLaboratory AstrophysicsIonization Fronts in Astrophysics and the Laboratory341TuTu.Po.6714:50
GoyonClementLaboratory AstrophysicsLaboratory-Produced X-Ray Photoionized Plasmas for Astrophysics Exploration210TuTu.Po.6914:50
HaraYukikoLaboratory AstrophysicsStudies of Laser-Produced Electrostatic Collisionless Shock Using Collective Thomson Scattering Ion-Term Measurement343TuTu.Po.7014:50
LockardThomasLaboratory AstrophysicsAtomic Kinetics and Heating of a Neon Photoionized Plasma Experiment at Z371TuTu.Po.7114:50
ManuelMarioLaboratory AstrophysicsResults from Magnetized Plasma-Jet Experiments Executed at the Trident Laser Facility184TuTu.Po.7214:50
MoritaTaichiLaboratory AstrophysicsModel Experiment of a Magnetic Thrust Chamber System for Laser Fusion Rocket331TuTu.Po.7314:50
TakezakiTaichiLaboratory AstrophysicsExperimental and Numerical Studies on Plasma Behavior Flowing Across Perpendicular Magnetic Field333TuTu.Po.7614:50
WangFeiluLaboratory AstrophysicsModeling Iron Plasma in Non-local Thermodynamic Equilibrium Using the Flexible Atomic Code Data151TuTu.Po.7714:50
CasnerAlexisImplosion Hydrodynamics and Hydro-InstabilitiesExperimental Evidence of a Bubble-Merger Regime for the Rayleigh-Taylor Instability at the Ablation Front278TuTu.O.7.116:40
HohenbergerMatthiasImplosion Hydrodynamics and Hydro-InstabilitiesHydrodynamic Instability Growth in Polar-Direct-Drive Implosions at the National Ignition Facility182TuTu.O.7.217:00
KaganGrigoryImplosion Hydrodynamics and Hydro-InstabilitiesKinetic Effects in Inertial Confinement Fusion308TuTu.O.7.317:20
VoldErikImplosion Hydrodynamics and Hydro-InstabilitiesPlasma Viscosity Effects in ICF Implosion Simulations442TuTu.O.7.417:40
ZylstraAlexLaser and Beam Plasma InteractionsMeasurements of Charged-Particle Stopping Power in Warm-Dense Plasma at OMEGA and the NIF366TuTu.O.8.116:40
CayzacWitoldLaser and Beam Plasma InteractionsEnergy Loss of Light Ions at the Maximum of the Stopping Power in Laser-Generated Plasma171TuTu.O.8.217:00
SircombeNathanLaser and Beam Plasma InteractionsMultiscale Modeling for High Energy Density Physics Experiments on Orion234TuTu.O.8.317:20
MichelPierreLaser and Beam Plasma InteractionsPlasma Photonics for ICF and HED Experiments205TuTu.O.8.417:40
MehlhornThomasZ-Pinches and Pulsed PowerThe Non-LTE Stagnation Physics of a Z Pinch: Spectroscopy Coupled with Rad-Hydro Simulations229TuTu.O.9.116:40
ZhaoYongtaoZ-Pinches and Pulsed PowerHigh Energy Density Physics and Ion-Beam Plasma Interaction Based on Large Scale Heavy Ion Accelerators in China348TuTu.O.9.217:00
SeidlPeterHeavy Ion Beam DriversShort-Pulse Ion Beams at Berkeley Lab311TuTu.O.9.317:20
HirookaYoshiInertial Fusion Energy Power Plant TechnologiesLaboratory Experiments on Aerosol Formation and its Directed Transport by Ablation Jet Recoil201TuTu.O.9.417:40
TikhonchukVladimirLaser and Beam Plasma InteractionsMultiscale Models of the Laser-Plasma Interaction for the Shock Ignition Scheme295WeWe.P.18:10
DossForrestImplosion Hydrodynamics and Hydro-InstabilitiesHigh-Energy-Density Instability Experiments on the OMEGA Laser Facility and the National Ignition Facility277WeWe.P.28:40
GoncharovValeriCentral Ignition Target PhysicsDemonstrating Ignition Hydrodynamic Equivalence in Direct-Drive Cryogenic Implosions on OMEGA118WeWe.P.39:10
SinarsDanielAlternative Target Physics (Fast Ignition, Shock Ignition, etc.)Overview of the Magnetized Liner Inertial Fusion Research Program in the United States155WeWe.P.49:40
BahukutumbiRadhaRadiation HydrodynamicsPolar Drive-Drive Experiments at the National Ignition Facility163WeWe.O.1.110:40
ReganSeanRadiation HydrodynamicsMitigation of Cross-Beam Energy Transfer in Layered DT Cryogenic Direct-Drive Implosions on OMEGA140WeWe.O.1.211:00
ObenschainStephenRadiation HydrodynamicsApproaches to Reduce Hydro and Laser Plasma Instability for Laser Direct Drive437WeWe.O.1.311:20
PollockBradleyRadiation HydrodynamicsMeasurements of Laser-Driven Magnetic Fields in Quasi- Hohlraum Geometries391WeWe.O.1.411:40
BrownColinHot Dense Plasma Atomic ProcessesAbsorption Spectroscopy of Low-Z, Low-Density Materials at the Orion Laser Facility362WeWe.O.2.110:40
BrownGregoryHot Dense Plasma Atomic ProcessesMeasuring the Electron Temperature in Non-LTE Laser Produced Plasmas Using K-Shell Spectroscopy and Thomson Scattering360WeWe.O.2.211:00
CondamineFlorianHot Dense Plasma Atomic ProcessesSuprathermal Electrons in kJ-Laser Produced Plasmas: M-Shell Resolved High-Resolution X-Ray Spectroscopic Study of Transient Matter Evolution199WeWe.O.2.311:20
LiedahlDuaneHot Dense Plasma Atomic ProcessesThe Isoelectronic Method for Measuring Electron Temperatures in Non-LTE Laser-Driven Plasmas: Line Optical Depth Effects398WeWe.O.2.411:40
MoriYoshitakaAlternative Target Physics (Fast Ignition, Shock Ignition, etc.)Present Status of Counter Irradiating Direct Fast Heating Scheme by Using HAMA315WeWe.O.3.110:40
SunaharaAtsushiAlternative Target Physics (Fast Ignition, Shock Ignition, etc.)Direct Heating of Compressed Core by Ultra-Intense Laser298WeWe.O.3.211:00
WeiMingshengAlternative Target Physics (Fast Ignition, Shock Ignition, etc.)Improving Energy Coupling in Integrated Fast Ignition Experiments on OMEGA via Imaging Fast Electron Transport349WeWe.O.3.311:20
McGuffeyChristopherAlternative Target Physics (Fast Ignition, Shock Ignition, etc.)The Important Role of the Cone in Intense Proton Beam-Driven Fast Ignition181WeWe.O.3.411:40
RobeyHarryCentral Ignition Target PhysicsPerformance of Indirectly-Driven Capsule Implosions on NIF Using Adiabat-Shaping417WeWe.O.4.113:30
KlineJohnCentral Ignition Target PhysicsOverview of the Be Ablator Campaign on the National Ignition Facility292WeWe.O.4.213:50
MeezanNathanCentral Ignition Target PhysicsThe High Density Carbon Ablator Implosion Campaign on the National Ignition Facility272WeWe.O.4.314:10
WilsonDouglasCentral Ignition Target PhysicsX-ray Drive of Beryllium Capsule Implosions at the National Ignition Facility120WeWe.O.4.414:30
LiangEdsionUltra-High Intensity Laser-Matter InteractionsDense Gamma-Ray and Pair Creation Using 1021 Laser146WeWe.O.5.113:30
SherlockMarkUltra-High Intensity Laser-Matter InteractionsIntegrated Modeling of Short-Pulse Laser-Plasma Interactions with Buried-Layer Targets233WeWe.O.5.213:50
SentokuYasuhikoUltra-High Intensity Laser-Matter InteractionsModeling and Experimental Study of Correlation Between K-alpha Photon Transport and Hot Electron Distribution312WeWe.O.5.314:10
FreemanRichardUltra-High Intensity Laser-Matter InteractionsModification of the Energy and Spatial Spectra of Relativistic LPI Electrons by Front-Surface Target Structures393WeWe.O.5.414:30
GongTaoICF/Plasma DiagnosticsDevelopment of Thomson Scattering System on Shen Guang-III Prototype Laser Facility148WeWe.O.6.113:30
FlippoKirkICF/Plasma DiagnosticsDevelopment of Large Area High-Efficiency Laser-Driven X-Ray Backlighters of up to 7 ns in Duration464WeWe.O.6.213:50
KrausDominikICF/Plasma DiagnosticsX-Ray Thomson Scattering from Imploding Capsules on the National Ignition Facility305WeWe.O.6.314:10
SawadaHiroshiICF/Plasma DiagnosticsDevelopment of 4.5 keV Monochromatic X-Ray Radigoraphy Using the High-Energy, Picosecond LFEX Laser385WeWe.O.6.414:30
Herrmann MarkHigh Energy Laser Technology and Ignition FacilitiesStatus and Progress of the National Ignition Facility as ICF and HED User FacilityWeWe.S.115:30
LashJoelZ-Pinches and Pulsed PowerCapability Advances at the Sandia Z Machine399WeWe.S.216:00
MeyerhoferDavidHigh Energy Laser Technology and Ignition FacilitiesPrecision High-Energy-Density Science at the OMEGA Laser FacilityWeWe.S.316:30
RochauGregoryICF/Plasma DiagnosticsTransformative Diagnostics for High Energy Density Science350WeWe.S.417:00
SeuglingRichardTarget FabricationPrecision Manufacture of NIF targetsWeWe.S.517:30
HeXian-tuCentral Ignition Target PhysicsAdvance of Inertial Confinement Fusion Program in China187ThTh.P.18:10
FujiokaShinsukeAlternative Target Physics (Fast Ignition, Shock Ignition, etc.)Toward Efficient Heating in the Fast Ignition Scheme with Stable Compression, Plasma Mirror and External B-Field325ThTh.P.28:40
EggertJonEOS and Condensed Matter PhysicsAdvances in materials research on HED facilities484ThTh.P.39:10
KrygierAndrewStrong Field Science and ApplicationsSelective Deuteron Acceleration Using the Vulcan PW Laser142ThTh.P.49:40
MoodyJohnRadiation HydrodynamicsThe NIF Hohlraum Science Campaign276ThTh.O.1.110:40
BarriosMaria AlejandraRadiation HydrodynamicsElectron Temperature Measurement of NIF Hohlraum Plasmas Using Dot Spectroscopy128ThTh.O.1.211:00
HuoWenyiRadiation HydrodynamicsExperimental Observation of Laser Spot Movement Inside Spherical Hohlraum138ThTh.O.1.311:20
JonesOgdenRadiation HydrodynamicsTowards a More Universal Understanding of Radiation Drive in Gas-Filled Hohlraums252ThTh.O.1.411:40
MartinezDavidImplosion Hydrodynamics and Hydro-InstabilitiesExperimental Observation of Nonlinear Mode Coupling in the Ablative Rayliegh-Taylor Instability on the NIF381ThTh.O.2.110:40
ChristophersonAlisonImplosion Hydrodynamics and Hydro-InstabilitiesProbing Hot Electron Preheat and Hot Spot Asymmetries in ICF Implosions291ThTh.O.2.211:00
RosenbergMichaelImplosion Hydrodynamics and Hydro-InstabilitiesStudies of Ion Kinetic Effects Using Exploding-Pusher Implosions on OMEGA and the National Ignition Facility126ThTh.O.2.311:20
SchmittMarkImplosion Hydrodynamics and Hydro-InstabilitiesUsing HT and DT Gamma Rays to Diagnose Mix in OMEGA Capsule Implosions461ThTh.O.2.411:40
DixitShamHigh Energy Laser Technology and Ignition FacilitiesEnabling Sustainable High Performance Operations on NIF457ThTh.O.3.110:40
SuratwalaTayyabHigh Energy Laser Technology and Ignition FacilitiesNIF Optics Recycle Loop267ThTh.O.3.211:00
EimerlDavidHigh Energy Laser Technology and Ignition FacilitiesStardriver: Recent Results On Beam Smoothing and LPI Mitigation178ThTh.O.3.311:20
XiongZhaoHigh Energy Laser Technology and Ignition FacilitiesMounting, Alignment and Integration of Large Optics in China's High Power Laser Facility147ThTh.O.3.411:40
OlsonRickCentral Ignition Target PhysicsWetted Foam Liquid Fuel ICF Target Experiments188ThTh.O.4.113:30
PerkinsJohnCentral Ignition Target PhysicsThe Application of Imposed Magnetic Fields to Ignition and Thermonuclear Burn on the National Ignition Facility157ThTh.O.4.213:50
FanZhengfengCentral Ignition Target PhysicsA Wedged-Peak-Pulse Design with Medium Fuel Adiabat (Entropy) for Indirect-Drive Fusion122ThTh.O.4.314:10
FrenjeJohanCentral Ignition Target PhysicsFirst Measurements of Charged-Particle Stopping Around the Bragg Peak and its Dependence on Temperature and Density in High-Energy-Density Plasmas389ThTh.O.4.414:30
StadermannMichaelTarget FabricationAdvances in Fabrication of ICF Targets283ThTh.O.5.113:30
KozioziemskiBernardTarget FabricationProduction of Deuterium-Tritium Fuel Layers for the National Ignition Facility390ThTh.O.5.213:50
HuangHaiboTarget FabricationMetrology Development for NIF Target Characterization335ThTh.O.5.314:10
GordilloNuriaInertial Fusion Energy Power Plant TechnologiesCapabilities of Nanostructured Tungsten for Plasma Facing Material359ThTh.O.5.414:30
LeeBo RamLaboratory AstrophysicsMagnetic and Electric Field Measurement of a Laser Produced Plasma Expanding Through a Magnetized Background Plasma172ThTh.O.6.113:30
LockardThomasLaboratory AstrophysicsAtomic Kinetics and Heating of a Neon Photoionized Plasma Experiment at Z316ThTh.O.6.213:50
SakawaYouichiLaboratory AstrophysicsExcitation of Ion Weibel Instability and Collisionless Shock Generation Using Large-Scale Laser Systems342ThTh.O.6.314:10
GaltierEricLaboratory AstrophysicsThe Matter in Extreme Conditions Instrument at LCLS: A New Platform for High Energy Density Science374ThTh.O.6.414:30
JarrottLeonard ICF/Plasma DiagnosticsHot Spot Electron Temperature From X-Ray Continuum Measurements on the NIFThTh.Po.114:50
CaggianoJacICF/Plasma DiagnosticsDesign of a North Pole Neutron Time-of-Flight (NTOF) System at NIF433ThTh.Po.214:50
DattePhilipICF/Plasma DiagnosticsThe Preliminary Design of the Optical Thomson Scattering Diagnostic for the National Ignition Facility367ThTh.Po.414:50
EdwardsEllenICF/Plasma DiagnosticsDevelopment of an Enhanced, Permanently-Installed, Neutron Activation Diagnostic Hardware for NIF365ThTh.Po.514:50
FittinghoffDavidICF/Plasma DiagnosticsShort Line-Of-Sight Neutron Imager Design for the National Ignition Facility251ThTh.Po.614:50
GrimGaryICF/Plasma DiagnosticsDevelopment of a Precision Neutron Time-of-Flight Diagnostic for Inertial Fusion and HED Experiments397ThTh.Po.714:50
HahnKellyICF/Plasma DiagnosticsFusion Neutron Measurements for Magnetized Inertial Fusion Experiments on the Z Accelerator202ThTh.Po.814:50
HatarikRobertICF/Plasma DiagnosticsOverview of the Neutron Time-of-Flight Data Analysis377ThTh.Po.914:50
HessMarkICF/Plasma DiagnosticsA Novel Method for Unfolding Laser Blast Wave VISAR Data183ThTh.Po.1014:50
IshiiKatsuhiroICF/Plasma DiagnosticsFrequency Domain Interferometer with Chirped Pulse Laser for Shock Diagnostics380ThTh.Po.1114:50
Hilsabeck TerryICF/Plasma DiagnosticsA Demonstration of Ultra High Time Resolution with a Pulsed Dilation Photo-Multiplier414ThTh.Po.1214:50
KimYonghoICF/Plasma DiagnosticsKinetic Plasma and Interspecies-Ion Diffusion Studies Using DT, DT/3He, DT/H Implosions476ThTh.Po.1414:50
KraulandChristineICF/Plasma DiagnosticsDiagnosing Pulsed Power-Produced Plasmas with X-Ray Thomson Scattering at the Nevada Terawatt Facility427ThTh.Po.1514:50
MarshallFredericICF/Plasma DiagnosticsFramed X-Ray Imaging of Cryogenic Target Implosion Cores on OMEGA218ThTh.Po.1714:50
MastersNathanICF/Plasma DiagnosticsDebris and Shrapnel Assessments for National Ignition Facility Targets and Diagnostics459ThTh.Po.1814:50
McEvoyAaronICF/Plasma DiagnosticsGamma Ray Measurements at OMEGA with the Newest Gas Cherenkov Detector "GCD-3"443ThTh.Po.1914:50
MerrillFrankICF/Plasma DiagnosticsThree Dimensional Imaging of the Neutron Emission of Implosion Experiments at NIF404ThTh.Po.2014:50
NishimuraHiroakiICF/Plasma DiagnosticsQuantitative X-Ray Spectroscopy for Energy Transport in Fast Ignition Plasma Driven with LFEX PW Laser150ThTh.Po.2114:50
StoecklChristianICF/Plasma DiagnosticsA Neutron Temporal Diagnostic for High-Yield DT Cryogenic Implosions on OMEGA116ThTh.Po.2314:50
VignesRyanICF/Plasma DiagnosticsTARDIS-C: A Target Diagnostic for Measuring Material Strength at High Pressure, Modified to Prevent Target Debris Dispersion into the Main NIF Chamber421ThTh.Po.2414:50
WangXiaofangICF/Plasma DiagnosticsDiagnosis of Electromagnetic Fields and Interfaces by Deflectometry and Scattering of an Electron Beam208ThTh.Po.2514:50
WidmannKlausICF/Plasma DiagnosticsUncertainties in the Determination of the X-Ray Flux of Laser-Heated Targets Utilizing Dante478ThTh.Po.2614:50
YamanoiKoheiICF/Plasma DiagnosticsRadiation Resistance and Improved Response Times of ZnO Scintillator after Gamma-Ray Irradiation326ThTh.Po.2814:50
FournierKevinHot Dense Plasma Atomic ProcessesX-ray Yields and Laser-Driven Heat-Front Propagation in Ultra-Low-Density Copper-Doped and Pure Copper Foams129ThTh.Po.2914:50
GillesDominiqueHot Dense Plasma Atomic ProcessesConfiguration Interaction Effect on Open M-Shell Fe and Ni LTE Spectral Opacity, Rosseland and Planck Means Calculations301ThTh.Po.3014:50
HillEdwardHot Dense Plasma Atomic ProcessesModeling of Hot Dense Matter Experiments on Short Pulse Lasers Using Buried Layer Targets297ThTh.Po.3114:50
KondoKotaroHot Dense Plasma Atomic ProcessesSpectroscopic Measurement in a Hydrogen Atmosphere with a Strong Magnetic Field Driven by GEKKO-XII468ThTh.Po.3214:50
LondonRichardHot Dense Plasma Atomic ProcessesRadiation-Hydrodynamic Modeling of Short Pulse Heated Thin Targets280ThTh.Po.3314:50
MayMarkHot Dense Plasma Atomic ProcessesInvestigation of Bright 13 keV Kr K-shell X-Ray Yields at the National Ignition Facility266ThTh.Po.3414:50
PainJean-ChristopheHot Dense Plasma Atomic ProcessesStark Effect Modeling in the Detailed Opacity Code SCO-RCG424ThTh.Po.3514:50
AllanPeterEOS and Condensed Matter PhysicsUsing the Orion Laser for Warm Dense Matter EOS Studies186ThTh.Po.3614:50
HayashiRyotaEOS and Condensed Matter PhysicsInput Energy Measurement Toward Warm Dense Matter Generation Using Intense Pulsed Power Generator296ThTh.Po.3914:50
MooreAlastairEOS and Condensed Matter PhysicsOff-Hugoniot Characterization of Alternative Inertial Confinement Fusion Ablator Materials419ThTh.Po.4114:50
NishimuraYasuhikoEOS and Condensed Matter PhysicsLaser-Driven Compression Studies in Functional Materials214ThTh.Po.4214:50
SasakiToruEOS and Condensed Matter PhysicsMagntohydrodynamic Behavior of Laser Capacitor Target Toward Alternative Inertial Confinement Fusion376ThTh.Po.4414:50
WangFengEOS and Condensed Matter PhysicsExperimental Progress of Quasi-Isentropic Compression Under Drive Condition of Shen Guang-III Prototype Laser Facility130ThTh.Po.4614:50
AlexanderNeilTarget FabricationTargets for Rep-Rated High-Energy-Density Science Experiments at LCLS357ThTh.Po.4714:50
Dylla-SpearsRebeccaTarget FabricationUnderstanding DT Layering from a Process Engineering Perspective395ThTh.Po.4814:50
HardingDavidTarget FabricationCryogenic Target Research for Ignition Experiments at the National Ignition Facility225ThTh.Po.4914:50
HooverDeniseTarget FabricationEngineered Defect Capsule Production for Hydrodynamic Instability Experiments on NIF387ThTh.Po.5014:50
IwamotoAkifumiTarget FabricationMechanical Design of Experimental Apparatus for FIREX Cryotarget Cooling259ThTh.Po.5114:50
IwasaYukiTarget FabricationTritium Doping Method for Fabrication of Tritium Doped Polystyrene Shell Targets223ThTh.Po.5214:50
PettaNicoleTarget FabricationRecent Advances in Target Fabrication at Schafer Livermore Labs425ThTh.Po.5314:50
XieZhiyongTarget FabricationTarget Fabrication at Shanghai Institute of Laser Plasma340ThTh.Po.5414:50
AbeYukiAlternative Target Physics (Fast Ignition, Shock Ignition, etc.)Hot Spark Generation with Laser Irradiation to the Inner Surface of CD Capsule for ICF and other Applications328ThTh.Po.5514:50
ArikawaYasunobuAlternative Target Physics (Fast Ignition, Shock Ignition, etc.)Optimization of Hot Electron Spectra by Using Plasma Mirror for Fast Ignition303ThTh.Po.5614:50
CaiHongboAlternative Target Physics (Fast Ignition, Shock Ignition, etc.)Study on the Generation and Transport of a Relativistic Electron Beam in Plasmas334ThTh.Po.5714:50
DeutschClaudeAlternative Target Physics (Fast Ignition, Shock Ignition, etc.)Meso-Molecules Formation In Fast Ignition ICF Plasmas134ThTh.Po.5814:50
HanayamaRyoheiAlternative Target Physics (Fast Ignition, Shock Ignition, etc.)Boring Phenomenon by Irradiation of Ultraintense Laser on Free-Falling Solid Spherical Fuel Pellets382ThTh.Po.6014:50
HoraHenrichAlternative Target Physics (Fast Ignition, Shock Ignition, etc.)Picosecond-Petawatt Laser-Block Ignition of Boron Fusion by Ultrahigh Acceleration and Ultrahigh Magnetic Fields117ThTh.Po.6114:50
KitagawaYoneyoshiAlternative Target Physics (Fast Ignition, Shock Ignition, etc.)Demonstration of Fast Ignition Fusion Concept by Using High-Repetition DPSSL Laser345ThTh.Po.6214:50
KojimaSadaokiAlternative Target Physics (Fast Ignition, Shock Ignition, etc.)Energy Distribution of Fast Electrons Generated with Relativistic Intensity Laser Depending on Pulse Duration332ThTh.Po.6314:50
LoganB. GrantAlternative Target Physics (Fast Ignition, Shock Ignition, etc.)Heat Conduction Suppression in ICF Targets Elongated Along BZ: MagNIF and MagLIF124ThTh.Po.6414:50
MurakamiRihoAlternative Target Physics (Fast Ignition, Shock Ignition, etc.)Analysis of Plasma Channel Formation in the mm-Scale Plasma289ThTh.Po.6514:50
NagatomoHideAlternative Target Physics (Fast Ignition, Shock Ignition, etc.)An Optimum Design of Implosion with External Magnetic Field for Electron Beam Guiding in Fast Ignition336ThTh.Po.6614:50
OzakiTetsuoAlternative Target Physics (Fast Ignition, Shock Ignition, etc.)Electron Transport Estimated from Electron Spectra Using Electron Spectrometer in LFEX Laser Target Experiments212ThTh.Po.6714:50
RamsayMartinAlternative Target Physics (Fast Ignition, Shock Ignition, etc.)Generation and Transport of a Convergent Fast Electron Population for Electron-Guided Fast Ignition253ThTh.Po.6814:50
RhodesMarkAlternative Target Physics (Fast Ignition, Shock Ignition, etc.)MagNIFico: A System for High-Field Magnetized Target Experiments at the National Ignition Facilty179ThTh.Po.6914:50
SakagamiHitoshiAlternative Target Physics (Fast Ignition, Shock Ignition, etc.)Simulation Analysis for ION Assisted Fast Ignition Using Structured Targets258ThTh.Po.7014:50
ShigemoriKeisukeAlternative Target Physics (Fast Ignition, Shock Ignition, etc.)Converging Shock Generation with Cone Target Filled with Low Density Foam467ThTh.Po.7114:50
VelardeMartaInertial Fusion Energy Power Plant TechnologiesA Multiscale Methodology for the Analysis of Non-Operational Tritium Leakages in Inertial Fusion Power Plants246ThTh.Po.7214:50
InoueAkieInertial Fusion Energy Power Plant TechnologiesComparative Study on Cost Evaluation and Network Visualization of Particle Accelerator Components for Heavy Ion Inertial Fusion372ThTh.Po.7314:50
LuttmannMichelInertial Fusion Energy Power Plant TechnologiesOverview of LMJ Alignment to Target Chamber Center and Very First Results114ThTh.Po.7414:50
NorimatsuTakayoshiInertial Fusion Energy Power Plant TechnologiesDumping of Liquid Metal Mirror for Heating Laser of Fast-Ignition, Laser-Fusion Power Plant158ThTh.Po.7514:50
RiveraAntonioInertial Fusion Energy Power Plant TechnologiesConceptual Design of Silica Transmission Final Lenses for Laser Fusion Chambers373ThTh.Po.7614:50
ZhangJieTellerFrom X-Ray Lasers to Laboratory AstrophysicsFrFr.T.18:10
AzechiHiroshiTellerA Pathway to Laser Fusion Energy in JapanFrFr.T.28:40
SakaiyaTatsuhiroEOS and Condensed Matter PhysicsSound Velocity and Density Measurements of Liquid Iron Alloys for Planetary Science with High-Power Laser482FrFr.P.19:10
PerladoJose ManuelInertial Fusion Energy Power Plant TechnologiesDesign and Materials for IFE Chamber and Blanket Based on Direct Drive and Non-Protected (HiPER)248FrFr.P.29:40
YangDongRadiation HydrodynamicsGas-Filled Hohlraum Study on Shenguang-III Prototype337FrFr.O.1.110:40
CallahanDebraRadiation HydrodynamicsHohlraum Drive and Asymmetry in High Foot Implosions on NIF271FrFr.O.1.211:00
KritcherAndreaRadiation HydrodynamicsIntegrated Modeling of Highfoot Experiments at the NIF232FrFr.O.1.311:20
PakArthurRadiation HydrodynamicsThe Effect of Hohlraum Drive Asymmetry on the Observed In-Flight Momentum and Hot Spot Emission Non Uniformity in ICF Implosions446FrFr.O.1.411:40
YeamansCharlesICF/Plasma DiagnosticsNuclear Diagnostics at the National Ignition Facility, 2013-2015456FrFr.O.2.110:40
HayesAnnaICF/Plasma DiagnosticsReaction-In-Flight Neutrons as a Test of Stopping Power in Degenerate Plasmas300FrFr.O.2.211:00
HerrmannHansICF/Plasma DiagnosticsNext Generation Gamma Ray Diagnostics for the National Ignition Facility444FrFr.O.2.311:20
ShaughnessyDawnICF/Plasma DiagnosticsNuclear Science Research with Dynamic High Energy Density Plasmas at NIF352FrFr.O.2.411:40
RothMarkusAlternative Target Physics (Fast Ignition, Shock Ignition, etc.)Proton Fast Ignition Experiments with Shaped Beams and Different Laser Pulse at the PHELIX Laser143FrFr.O.3.110:40
SantosJoaoAlternative Target Physics (Fast Ignition, Shock Ignition, etc.)Collimation of Relativistic Electron Beams in Dense Matter by Longitudinally Imposed Strong Magnetic Fields198FrFr.O.3.211:00
WangWei-MinAlternative Target Physics (Fast Ignition, Shock Ignition, etc.)Magnetically Assisted Fast Ignition103FrFr.O.3.311:20
JohzakiTomoyukiAlternative Target Physics (Fast Ignition, Shock Ignition, etc.)Electron Beam Guiding by External Magnetic Fields in Imploded Fuel Plasma213FrFr.O.3.411:40
LiChikangImplosion Hydrodynamics and Hydro-InstabilitiesProton Radiography of Rayleigh-Taylor Instabilities and Diffusive Mix at the Gas/Au Interface in Laser-Driven-Gas-Filled Hohlraums264FrFr.O.4.113:30
MichelTomlineImplosion Hydrodynamics and Hydro-InstabilitiesMeasurements of the Conduction-Zone Length and Mass Ablation Rate in Cryogenic Direct-Drive Implosions on OMEGA to Restrict Thermal-Transport Models123FrFr.O.4.213:50
PetersonKyleImplosion Hydrodynamics and Hydro-InstabilitiesProgress in Obtaining Stable High Convergence Magnetically Driven ICF Implosions145FrFr.O.4.314:10
SanoTakayoshiImplosion Hydrodynamics and Hydro-InstabilitiesImpact of Bulk Vorticity Generated by a Rippled Shock Wave on the Evolution of Richtmyer-Meshkov Instability361FrFr.O.4.414:30
HammelBruceImplosion Hydrodynamics and Hydro-InstabilitiesSimulations and Experiments of the Growth of the "Tent" Perturbation and Ablator Roughness in NIF Ignition Implosions449FrFr.O.4.514:50
FroulaDustinLaser and Beam Plasma InteractionsCross-Beam Energy Transfer Mitigation to Achieve 80-Gbar Direct-Drive Implosions on OMEGA164FrFr.O.5.113:30
HullerStefanLaser and Beam Plasma InteractionsModeling of Crossed Laser Beam Energy Transfer (CBET): Comparison Between a Paraxial Geometrical Optics Approach and a Paraxial Description with Smoothed Laser Beams160FrFr.O.5.213:50
MyattJasonLaser and Beam Plasma InteractionsLaser-Plasma Instabilities in Direct-Drive-Ignition Plasmas190FrFr.O.5.314:10
SolodovAndreyLaser and Beam Plasma InteractionsTwo-Plasmon Decay at Polar-Direct-Drive Ignition-Relevant Plasma Conditions at the National Ignition Facility250FrFr.O.5.414:30
HabaraHideakiUltra-High Intensity Laser-Matter InteractionsIntence Laser Propagation into Homoegeneous Critical Density Plasma191FrFr.O.5.514:50
Guerrero ContrerasCarlo LuisEOS and Condensed Matter PhysicsSpeed of Sound for Mixtures of Solid Molecular Isotopes of Hydrogen: ab initio Approximation412FrFr.O.6.113:30
SternePhilipEOS and Condensed Matter PhysicsEquations of State for Ablator Materials in Inertial Confinement Fusion Simulations375FrFr.O.6.213:50
BartyChristopherShort Pulse Laser Facilities/TechnologyThe Nexawatt: Strategies for Exawatt Peak Power Lasers Based on NIF and NIF-Like Beam Lines474FrFr.O.6.314:10
De VidoMariastefaniaHigh Energy Laser Technology and Ignition FacilitiesA Scalable High-Energy Diode-Pumped Solid State Laser for Laser-Plasma Interaction Science and Applications133FrFr.O.6.414:30
TangYunxinShort Pulse Laser Facilities/TechnologyThe Impact of Gratings in the Stretcher on the Contrast of High Power Lasers338FrFr.O.6.514:50
ChapmanDavidEOS and Condensed Matter PhysicsObservation of Finite-Wavelength Screening in Shock-Compressed Plastic Using X-Ray Thomson Scattering217FrFr.P.315:40