Book of Abstracts

Table of Contents

Complete Book of Abstracts

Oral Presentations
1Monday
 1.0Plenary
 1.1Inertial Fusion Energy - 1
 1.2Modeling and Simulation - 1
 1.3Advanced Fission - 1
 1.4Fusion-Fission Hybrids - 1
 1.5Magnetic Fusion Energy - 1
 1.6Fuel Cycles
2Tuesday
 2.0Plenary
 2.1Advanced Fission - 2
 2.2Improving Performance
 2.3Fusion-Fission Hybrids - 2
 2.4Modeling and Simulations - 2
 2.5Inertial Fusion Energy - 2
 2.6Transmutation
3Wednesday
 3.0Plenary
 3.1Magnetic Fusion Energy - 2
 3.2Cogeneration and Other Fission
4Thursday
 4.0Plenary
 4.1Accelerator Applications
 4.2Education and Economics
 4.3Fusion
 4.4Sustainability
 4.5Plenary
Poster Presentations
1Monday
 1.7Poster-1
2Tuesday
 2.7Poster-2

Oral Presentations

Monday AM, May 16

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1.0 Plenary8:30 AM
 Meier, WayneOpening Remarks
1.0.1Moses, EdwardThe National Ignition Facility: Status and Progress Towards Fusion Ignition
1.0.2Parmentola, JohnCapping, Converting and Reducing Future Waste Streams
1.1 Inertial Fusion Energy - 110.30 AM
1.1.1Cuneo, MichaelPulsed-Power Inertial Fusion Energy
1.1.2Dunne, MikeLaser Inertial Fusion Energy (LIFE) - Overview and Pathway to Delivery
1.1.3Eliezer, ShalomThe Comeback of Shock Waves in IFE
1.1.4Sethian, JohnInertial Fusion Energy with Krypton Fluoride Lasers
1.1.5Perlado, Jose ManuelDesign of HiPER IFE Chamber Dynamics under Repetitive Operation: interaction with Lasers, Target Injection, Remote Handling and Assessment of Potential Blanket for Power Plant
1.2 Modeling & Simulation - 110:30 AM
1.2.1Sawan, MohamedRecent Advances in Development of Fusion Neutronics Predictive Capabilities
1.2.2Behera, RakeshInvestigation of ThO2-Based Mixed Oxide Fuels Using Atomic Level Simulations
1.2.3Chen, Xue-NongTheoretical Modeling of Radial Standing Wave Reactor
1.2.4Ozgener, HuseyinCoarse Mesh Rebalance Acceleration of Power Iteration in Adjoint Diffusion Calculations
1.2.5Tsvetkov, PavelWITHDRAWN: Fidelity Needs for Safety, Performance and Fuel Cycle Evaluations in Integrated Simulations of Advanced Nuclear Energy Systems
1.2.6Zhang, DalinNumerical Studies of Axial Fuel Shuffling

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Monday PM, May 16

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1.3 Advanced Fission - 11:30 PM
1.3.1Kotake, Shoji Safety Design Approach for a Large-Scale Japan Sodium-Cooled Fast Reactor (JSFR)
1.3.2Schleicher, RobertConfiguring EM2 to Meet the Challenges of Economics, Waste Disposition and Non-Proliferation Confronting Nuclear Energy in the U.S. 
1.3.3Laufer, MichaelOverview of the Technology Development Path and Experimental Program for the Pebble-Bed Advanced High Temperature Reactor
1.3.4Totemeier, AaronTechnical and Economic Advantage of All-Metal Fuel
1.3.5Zanino, RobertoMulti-Physics Modeling of Innovative Lead-cooled Fast Reactors
1.4 Fusion-Fission Hybrids - 11:30 PM
1.4.1Li, MaoshengThe Project of Fusion-Fission Hybrid Energy Reactor in China
1.4.2Miley, GeorgeFusion-Fission Hybrid using a D-D Cylindrical Inertial Electrostatic Confinement (IEC) Driver
1.4.3Moir, RalphAxisymmetric Magnetic Mirror Fusion-Fission Hybrid
1.4.4Şahin, SümerUtilization of Reactor Grade Plutonium as Energy Multiplier in the LIFE Engine
1.4.5Zucchetti, MassimoCompact Tokamaks as Convenient Neutron Sources for Hybrid Reactors
1.5 Magnetic Fusion Energy - 13:30 PM
1.5.1Gascon, Jose CarlosDesign, Challenges and Key Features for the ITER Electrical Power Distribution
1.5.2Huang, Keh-NingRelativistic Quantum Collision Theory for Many-Particle Systems
1.5.3Lumsdaine, ArnoldOptimal Design of Active Cooling for High Duty Cycle Spherical Tokamak Centerpost
1.5.4Nygren, RichardScience in Fusion Technology
1.5.5Strykowsky, RonaldNational Spherical Torus Experiment Upgrade
1.6 Fuel Cycles3:30 PM
1.6.1Fukada, SatoshiTritium Recovery from Liquid Blanket Systems of Fusion Reactor
1.6.2Chapline, GeorgeMonitoring Spent or Reprocessed Nuclear Fuel Using Fast Neutrons
1.6.3Snead, LanceMicroencapsulated Fuels: A Transformational Technology for Next Generation Reactors
1.6.4Troutner, JeffreyNeutron Absorber Material Supplementation

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Tuesday AM, May 17

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2.0 Plenary8:30 AM
2.0.1Wu, YicanA Practical Way to Fusion Application through Fusion-Fission Hybrid Systems
2.0.2Kurtz, RichardDevelopment of High-Performance Structural Materials for Fusion
2.0.3McCarthy, KathrynFusion Technology and Fission Technology - Similarities in R&D Needs
2.1 Advanced Fission - 210:30 AM
2.1.1Aumeier, StevenNuclear Hybrid Energy Systems
2.1.2Vezzoni, BarbaraOptimization of Safety Parameters and Accident Mitigation Measures for Innovative Fast Reactor Concepts
2.1.3Salomaa, RainerIssues on Application of Commercial LWR Core Areas for Irradiation and for Testing of Advanced Fuels
2.1.4Di Maria, SalvatoreNeutronic Assessment and Criticality Analysis of the In-vessel Fuel Storage Facilities in the CDT/FASTEF Reactor Design Project
2.1.5Tsvetkov, PavelHigh-Fidelity Modeling of VHTRs for Performance Evaluations
2.1.6Subki, M.HadidStatus, Generic Technical Issues and Prospect of Small and Medium-sized Reactors Development and Deployment
2.2 Improving Performance10:30 AM
2.2.1Odette, G. RobertThe Opportunities and Challenges in Developing New Structural Materials that will Enable Advanced Nuclear Energy Systems
2.2.2Pawel, StevenCompatibility Assessment of Advanced Stainless Steels in Sodium
2.2.3Baek, Byung ChanOperating Experiences of Main Steam Flow-Based Power Monitoring to OPR1000 Plants
2.2.4Khalifa, HeshamInvestigating the Relationship Between SiC Composite Fabrication Parameters and Mechanical Performance
2.2.5Rieth, MichaelThe Impact of Refractory Material Properties on the Helium Cooled Divertor Design
2.2.6Youchison, DennisEvaluation of Heat Transfer in High-Temperature Refractory Foam Heat Exchangers using Computational Fluid Dynamics

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Tuesday PM, May 17

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2.3 Fusion-Fission Hybrids - 21:30 PM
2.3.1Jiang, JieqiongConceptual Design of Fusion-Fission Hybrid Multi-Functional Experimental Reactor (FDS-MFX)
2.3.2Kammash, TerryA Fusion Hybrid Reactor Based on The Gasdynamic Mirror (GDM)
2.3.3Kramer, KevinOverview of Fusion-Fission Hybrid Blankets for Laser Inertial Fusion Energy (LIFE) Engine
2.3.4Roth, MarkusDevelopment of High-Power Laser Based Nuclear Applications
2.3.5Zakharov, LeonidFusion-Fission Research Facility as a Practical Step Toward Hybrids
2.4 Modeling & Simulations - 21:30 PM
2.4.1Şahin, SümerComparisons of the Calculations Using Different Codes implemented in MCNPX Monte Carlo Transport Code for Accelerator Driven System Target
2.4.2Ozgener, BilgeAn Assessment of Acceleration Techniques in Scattering Source Iterations
2.4.3Peng, YanStudy on Hydrodynamic Characteristics of Two-Component Two-Phase Flow in Anti-siphon Equipment of China Experimental Fast Reactor
2.4.4Quintieri, LinaPhoto-neutron Source by High Energy Electron on High Z Targets: Comparison Between Monte Carlo Codes and Experimental Data
2.4.5Savoldi, LauraThermal-Hydraulic Simulation of 80 kA Safety Discharge in the ITER Toroidal Field Model Coil (TFMC) using the 4C Code
2.5 Inertial Fusion Energy - 23:30 PM
2.5.1Perlado, Jose ManuelProgress In Advanced Materials Under Extreme Conditions For Nuclear Fusion
2.5.2Goodin, DanielInertial Fusion Energy (IFE) Programs at General Atomics
2.5.3Latkowski, JeffIntegrated Chamber Design for the Laser Inertial Fusion Energy (LIFE) Engine
2.5.4Lafuente, AntonioNeutronic Studies on the Impact of Wall Shielding Penetrations for Laser IFE Systems
2.5.5Reyes, SusanaLicensing Approach and Initial Safety Studies for the LIFE Power Plant
2.6 Transmutation3:30 PM
2.6.1Bai, YunqingConceptual Design of Lead-Bismuth Cooled Accelerator Driven Subcritical Reactor (LEBCAR)
2.6.2Han, Jung-HoonPreliminary Design Study of Fusion Transmutation Reactor based on ITER Platform
2.6.3Imasaki, KazuoHigh Brightness Gamma Ray Generation for Nuclear Transmutation
2.6.4Junghans, ArndThe nELBE Neutron Time of Flight Facility
2.6.5Romanello, VincenzoComparison of the Waste Transmutation Potential of Different Innovative Dedicated Systems and Impact on the Fuel Cycle

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Wednesday AM, May 18

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3.0 Plenary8:30 AM
3.0.1Forsberg, CharlesNuclear Energy beyond Base-Load Electricity: The Other 75% of U.S. Energy Demand
3.0.2Azechi, HiroshiIFE/ Inertial Fusion R&D at Osaka
3.0.3Sauthoff, NedITER Project: Progress and Plans
3.1 Magnetic Fusion Energy - 210:30 AM
3.1.1Morley, NeilFusion Nuclear Science Research to Establish the Basis for Fusion Nuclear Science Facility
3.1.2Garofalo, AndreaA Fusion Nuclear Science Facility Based on the Advanced Tokamak to Enable DEMO
3.1.3Hesch, KlausTechnology Developments at KIT towards a Magnetic Confinement Fusion Power Plant
3.1.4Neilson, GeorgePilot Plant Options for Magnetic Fusion Development
3.1.5Peng, MartinFusion Nuclear Science and Engineering Research Motivation and Required Capabilities
3.2 Cogeneration & Other Fission10:30 AM
3.2.1Konishi, SatoshiWaste Biomass Conversion by Nuclear Energy
3.2.2Li, Xing ZhongA Clean Nuclear Energy Using Hydrogen and Condensed Matter Nuclear Science
3.2.3Matsuura, HideakiStudy for Tritium Production for Fusion Reactor using High-Temperature Gas-Cooled Reactor
3.2.4Calderoni, PattrickMolten Fluoride Salt Heat Exchangers for Nuclear Power and Process Heat
3.2.5Mukul, NurulWITHDRAWN: One Mega Electrical Power Grid Based on Nuclear Energy
3.2.6Robertson, EricIntegration of High Temperature Gas Reactors with In Situ Oil Shale Retorting

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Thursday AM, May 19

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4.0 Plenary6:30 AM
4.0.1Greene, SherrellFluoride Salt-Cooled High Temperature Reactors – Technology Status and Development Strategy
4.0.2Najmabadi, FarrokhFusion Power Plants: Visions and Development Pathway
4.0.3Biarrotte, Jean-LucHigh Power Hadron Accelerators: Applications in Support of Nuclear Energy
4.1 Accelerator Applications10:30 AM
4.1.1Fluss, MichaelSingle and Multi-ion Beam Facilities and their Application to Nuclear Energy
4.1.2Ibarra, AngelIrradiation Facilities for Fusion Materials Development
4.1.3Podlech, HolgerThe IFMIF Project
4.1.5Cisneros, AnselmoFeasibility Studies on Once Through Subcritical Cores Driven by Accelerator Driven Spallation Neutrons
4.2 Education and Economics10:30 AM
4.2.1Giot, MichelRecent Trends in Nuclear Education and Training to Match the Needs
4.2.2Minguez, EmilioENEN's Challenges in Response to the Industry and Regulatory Needs
4.2.3Lönnroth, TomEducation of Nuclear Energy Systems at Abo Akademi
4.2.4Ferguson, KennethAsset Management; Time for an Integrated Approach

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Thursday PM, May 19

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4.3 Fusion1:30 PM
4.3.1El-Guebaly, LailaFifty Years of Fusion Research: Historical Overview of Power Plant Studies and Discussion of Future Trends
4.3.2Logan, GrantHeavy-Ion Driven IFE
4.3.3Imasaki, KazuoNew Laser Fusion by Intense Laser
4.3.4Kraft, DavidTime-Dependent Fusion Reaction Rates in the Mechanical Adiabatic Compression of a Dense Plasma
4.3.5Molvik, ArthurAxisymmetric Magnetic Mirror Applications  – Neutron Source to Fusion Power Plant
4.4 Sustainability1:30 PM
4.4.1Hamacher, ThomasThe Economic and Environmental Prospects of Fusion and Fission in the Long Term
4.4.2Piera, MireiaA General Approach to Nuclear Fission Sustainability and the Need for Specific Solutions. A Case Study on a New Coolant.
4.4.3Cross, BenjaminSustainable Energy Security: Need for a Comprehensive Systematic Integrated Approach
4.4.4Novikov, VladimirEmbedding Emerging Nuclear Systems in Sustainable Development:
the Shadow of Nuclear Past and a Potential Dark Side of Nuclear Future
4.4.5Zhang, QiLong-term Planning for Nuclear Power’s Development in Japan for a Zero-carbon Electricity Generation System by 2100
4.5 Plenary3:30 PM
4.5.1Kim, Hyuck JongFusion DEMO Program of Korea
4.5.2Okano, KunihikoConceptual Design Study and Strategy Toward Fusion Demonstration Plants
4.5.3Velarde, GuillermoEnergy Synergism: A Framework for Energy Stability

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Poster Presentations

Monday PM, May 16

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1.7 Poster-15:00 PM
1.7.1Sara BortotFeasibility Studies and Scope Analyses for a SUPERSTAR Demonstrator Neutronics Design
1.7.2Cristhian GalvezDirect Reactor Auxiliary Cooling System coolant selection for the PB-AHTR
1.7.3Fabiano CardosaA Neutronic Evaluation of Reprocess Fuel and Depletion Study of VHTR
1.7.4Boyce TravisA Heat Transfer Correlation for Flow Channels in a Prismatic Core
1.7.5Xiaoyan YangResearch of Fast Reactor Fuel Management
1.7.6Barbara VezzoniAnalysis of a Hypothetical Italian Fuel Cycle: Transition to Fast Reactors
1.7.7Yongliang WangPreliminary Evaluation of the Adequacy of Lithium Resources Supply for D-T Fusion Reactors
1.7.8Ming JinDesign and Analysis of the Blanket for Fusion-Fission Hybrid Multi-Functional Experimental Reactor (FDS-MFX)
1.7.9Ming-Huang WangNeutronics Analysis of Spent Fuel Burner Blanket for a Fusion-Fission Hybrid Reactor (FDS-SFB)
1.7.10Kamron FazelLow Energy Nuclear Reactions: Experimental Status, Contrast with Hot Fusion and Needed Actions
1.7.11Kamron FazelFusion Cross-Section Enhancement in Superconductors
1.7.12Rafael JuarezCurrent Status of HiPER 4a Phase: Waste and Radiological Evaluations
1.7.13David CerecedaMolecular Dynamics Simulations of Screw Dislocation Mobility in Tungsten
1.7.14Alberto FraileLiquid Lead and Lithium. A Comprehensive Molecular Dynamics Study.
1.7.15Sergio CourtinInfluence of Thermal Fluctuations in Radiation Damage Cascade Production and Defect Dynamics in Tungsten
1.7.16Erin  HaywardMultiple Hydrogen Trapping at Monovacancies in BCC Iron
1.7.17Dain HoldenerConvective Heating of the LIFE Engine Target During Injection
1.7.18Jeffrey PowersIntegration of TRISO Fuel Performance Modeling into Mainstream Design Analyses
1.7.19Jeffrey SeifriedAdjoint-Based Implicit Uncertainty Analysis for Figures of Merit in a Laser Inertial Fusion Engine
1.7.20Tai PhamAn Investigation of Biological Dose Estimates inside a Space Station
1.7.21Paloma CastroValidation of Real Time Dispersion of Tritium in ITER Reactor Over the Western Mediterranean Basin in Different Assessments
1.7.22Timothy SchrienerNeutronics Analysis of Long Operational Life LMRs for Lunar Surface Power
1.7.23Graciany de P. BarrosFast Accelerator Driven Subcritical System For Energy Production using Reprocessed Fuel
1.7.24Chitra BhatiaTransmutation Study of Actinides and Long Lived Fission Products using (n, xn) and (n, g) Reactions in the High Energy Spallation Neutron Flux Environment
1.7.25Zhong ChenPreliminary Neutronics Analysis of Lead-Bismuth Cooled Accelerator Driven Subcritical Reactor for Waste Transmutation (LEBCAR)
1.7.26Renan CunhaGB5 – A Linking Code Between MCNP5 and ORIGEN2.1 for Fuel Burnup and Radiotoxicity Analysis – DEN/UFMG Version
1.7.27Pattrick CalderoniDesign and analysis of Fluoride salt-cooled High-temperature Reactor heat exchangers
1.7.28Mohammadreza NematollahiHeat Transfer Analysis of a Mixing Vane on the Hexagonally Arranged Fuel Bundle Spacer
1.7.29Mohammadreza NematollahiExperimental Evaluation of Natural Circulation Pressure Drop in a Boiling Channel
1.7.30Inho SongDevelopment of IGCT Switch Module and Blip Resistor for KSTAR
1.7.31Francesco MilaniFusion Applications of Large DC-Current Interruption Units

Tuesday PM, May 17

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2.7 Poster-25:00 PM
2.7.1Nematollahi, MohammadrezaQuantitative Evaluation of Heat Transfer in Bubble Collapse Process in Subcooled Flow Boiling Condition 
2.7.2Kuteev, BorisOptions for a Steady-State Compact Fusion Neutron Source
2.7.3Moir, RalphFission-Suppressed Fusion, Thorium-Cycle Breeder and Nonproliferation
2.7.4Cuesta-Lopez, SantiagoHydrodynamics Study Regarding the Effect of Structural Molecular Anisotropies in a Model DT-fuel Pellet Implosion
2.7.5Garoz, DavidDiffusion of Temperature and Light Species between Armor and Structural Material in Inertial Fusion Reaction Chambers: a Case for HiPER
2.7.6Guerrero, CarloQuantum Molecular Dynamics and Ab initio Studies of The Crystal Structure of Hydrogen Isotopes Near Triple Point.
2.7.7Ho, DarwinPerformance of Ignition Capsules with Aerogel-Supported DT Fuel for the National Ignition Facility and for Reactor Applications
2.7.8Powers, SarahReliability Modeling in the Design of a New Energy Concept
2.7.9Lei, YianInertial Fusion Energy Concept Based on Thick Shell Implosion
2.7.10Moral, NuriaA Tritium Recycling Dynamics Assessment at HiPER4A W-Wall Chamber
2.7.11VanDevender, PaceCompact Plasma Power Station with Quasi Spherical Direct Drive Capsule for Fusion Yield and Inverse Diode for Driver-Target Standoff
2.7.12Webb, WilliamMulti-Strand String Theory Applied to Fusion
2.7.13Bourque, RobertRACER (Ring ACElerated Reactor): Revisiting the Field-Reversed Mirror
2.7.14Ployhar, SteveThe ITER Heat Rejection Challenge
2.7.15Shumlak, UriThe Sheared Flow Stabilized Z-Pinch
2.7.16Takeno, HiromasaStudies on Modulation Process of Traveling Wave Direct Energy Converter for Advanced Fusion
2.7.17Takeno, HiromasaAnalytical Experiments Using a Bias-type Traveling Wave Direct Energy Converter Simulator Installed on GAMMA 10 Tandem Mirror
2.7.18Yun, SunghwanGlobal Depletion Analysis of Breeder Unit Korean Helium Cooled Solider Breeder TBM in ITER
2.7.19Zucchetti, MassimoA High Field Tokamak Neutron Source Facility
2.7.20Fukada, SatoshiFundamental Experiment and Analysis of Direct Energy Conversion using Proton-Conducting Ceramic Fuel Cells Supplied with High-Temperature Nuclear Heat and Natural Gas
2.7.21Gopalapillai, BabulalDesign Features of ITER Cooling Water Systems to Minimize Environmental Impacts
2.7.22Song, InhoStudy on the Qualification of ITER Toroidal Field Coil Fast Discharge Safety System
2.7.23Miley, GeorgeSmall Power Cells Based on Low Energy Nuclear Reactions (LENRS) - a New Type of “Green” Nuclear Energy
2.7.24Aarnio, PerttiLaser-Induced X-Ray Transmutation of Nuclides
2.7.25Şahin, SümerReduction of Weapon Grade Plutonium Inventories in a Thorium Burner
2.7.26Wang, WeihuangStructure Design and Analysis for Lead-Bismuth Cooled Accelerator Driven Subcritical Reactor (LEBCAR)

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