| FT/P5-1 | Luchetta, A. | Recent Results from Real-Time Active Control of MHD Modes in RFX-mod |
| FT/P5-2 | Sakakita, H. | Development of Strongly Focused High-Current-Density Ion Beam System and Its Application for the Alpha Particle Measurement in ITER |
| FT/P5-3 | Imagawa, S. | Achievement of High Availability in Long-term Operation and Upgrading Plan of the LHD Superconducting System |
| FT/P5-4 | Kaneko, O. | High Performance Operation of Negative-Ion-Based Neutral Beam Injection System for the Large Helical Device |
| FT/P5-5 | Stacey, W.M. | Tokamak Fusion Neutron Source Requirements for Nuclear Applications |
| FT/P5-6 | Nelson, B.E. | Innovation in Design and Fabrication of Compact Stellarators |
| FT/P5-7 | Zhang, Guoshu | Calculation of Neutronics for a New CH HCSB NT-TBM with 3×3 Sub-modules |
| FT/P5-8 | Wang, Xiaoyu | Thermal Hydraulic and Mechanical Analysis of CH HCSB TBM |
| FT/P5-9 | Fischer, U. | Neutronics and Nuclear Data for Fusion Technology -- Recent Achievements in the EU Programme |
| FT/P5-10 | Tsuchiya, K. | Development of Advanced Tritium Breeders and Neutron Multipliers for DEMO Solid Breeder Blankets |
| FT/P5-11 | Ihli, T. | High Availability Remote Maintenance Approach for the European DEMO Breeder Blanket options |
| FT/P5-12 | Tanaka, T. | Neutronics Investigation of Advanced Self-Cooled Liquid Blanket Systems in Helical Reactor |
| FT/P5-13 | Sato, S. | Experimental study on nuclear properties of water cooled pebble bed blanket |
| FT/P5-14 | Norajitra, P. | He-cooled Divertor Development: Technological Studies and HHF Experiments for Design Verification |
| FT/P5-15 | Jordanova, J.D. | Assessment of the Shielding Efficiency of the HCLL Blanket for a DEMO-type Fusion Reactor |
| FT/P5-16 | Chen, Hongli | An Innovative Concept of High Temperature Liquid Blanket for Hydrogen Production |
| FT/P5-17 | Kizane, G. | Influence of High Magnetic Field on Fusion Reactor Blanket Processes |
| FT/P5-18 | Feng, Kaiming | Preliminary Design of China ITER TBM with Helium-Cooled and Solid Breeder Concept |
| FT/P5-19 | Enoeda, M. | Test Strategy and Development Achievements of ITER Solid Breeder Test Blanket Modules in Japan |
| FT/P5-20 | Hong, B.G. | Progress in the Design of a Tritium Breeding Blankets for Testing in ITER |
| FT/P5-21 | Deng, B. | Tritium Well Depth and Tritium Well Time |
| FT/P5-22 | Tobita, K. | Concept of compact low aspect ratio demo reactor, SlimCS |
| FT/P5-23 | Pereverzev, G.V. | Transport and Stability Study of a Fusion Power Plant Scenario |
| FT/P5-24 | Mitarai, O. | Minimization of the External Heating Power by Long Fusion Power Rise-up Time for Self-ignition Access in the Helical Reactor FFHR2m |
| FT/P5-25 | Hiwatari, R. | Engineering Design of Demo-CREST and Analysis on Critical Development Issues toward Advanced Tokamak Power Plant CREST |
| FT/P5-26 | Najmabadi, F. | The ARIES-CS – A Compact Stellarator Power Plant |
| FT/P5-27 | Coppi, B. | Highlights of the Physics and Technology for the Ignitor Experiment |
| FT/P5-28 | van der Schaaf, B. | Component Testing and Materials Development for Fusion Applications using Materials Test Reactors |
| FT/P5-29 | Hino, T. | Helium Permeability of SiC/SiC Composite Used for Blanket First Wall |
| FT/P5-30 | Tomastik, C. | Interaction of Beryllium Oxide with Hydrogen Plasma |
| FT/P5-31 | Tazhibayeva, I. | Tokamak KTM Complex for Material Investigation |
| FT/P5-32 | Shinohara, K. | Ferritic Insertion for Reduction of Toroidal Magnetic Field Ripple on JT-60U |
| FT/P5-33 | Schäublin, R.E. | Radiation Damage in Reduced Activation Ferritic/Martensitic Steels for Fusion Reactors: a Simulation Point of View |
| FT/P5-34 | Satou, M. | Development of V-Cr-Ti Type Alloys with Small Additives for Advanced Fusion Applications |
| FT/P5-35 | Horiike, H. | Free-Surface Fluctuation at High Speed Lithium Flow for IFMIF |
| FT/P5-36 | Heinzel, V. | IFMIF Target and Test Cell - Towards Design Integration |
| FT/P5-37 | Ezato, K. | Development of DEMO Divertor with Reduced Activation Ferritic/Martensitic Steel (F82H) in JAEA |
| FT/P5-38 | Chernov, V.M. | Structural Materials for Fusion Power Reactors - the RF R&D Activities |
| FT/P5-39 | Norimatsu, T. | Conceptual Design of Laser Fusion Reactor KOYO-F Based on Fast Ignition Scheme |
| FT/P5-40 | Kawanaka, J. | New Concept of Laser Fusion Energy Driver Using Cryogenic Yb:YAG Ceramics |
| FT/P5-41 | Dies, J. | Integrated Modeling of DEMO Scenarios by the CRONOS Suite of Codes |
| FT/P5-42 | Pacher, G.W. | Modelling of DEMO Core Plasma Consistent with SOL/Divertor Simulations for Long Pulse Scenarios |
| IF/P5-1 | Iwamoto, A. | Development of the Foam Cryogenic Target for the FIREX Project |
| IF/P5-2 | Miyanaga, N. | Development of 10-kJ PW Laser for the FIREX-I Program |
| IF/P5-3 | Murakami, M. | Hyper-velocity Acceleration of Foil Targets for Impact Fast Ignition |
| IF/P5-4 | Nagatomo, H. | Fast Ignition Integrated Interconnecting Code (FI3) - Integrated Simulation and Element Physics |
| IF/P5-5 | Velarde, P. | Recent results on fast ignition jet impact scheme |
| IF/P5-6 | Koresheva, E.R. | Reactor-scaled cryogenic target formation: mathematical modeling and experimental results |
| IF/P5-7 | Perlado, J.M. | Advances in Target Design and Materials Physics for IFE at DENIM |
| IF/P5-8 | Pesme, D. | Modelling the Nonlinear Saturation of the Parametric Instabilities Generated by Laser-Plasma Interaction |
| IF/P5-9 | Rudraiah, N. | Effects of Laser Radiation, Nanostructured Porous Lining and Electric Field on the Control of Rayleigh-Taylor Instability at the Ablative Surface of the IFE Target |
| IF/P5-10 | Khaydarov, R.T. | Investigation of characteristics of laser source of ions from the targets of different densities |
| IF/P5-11 | Yu, S.S. | Heavy-Ion-Fusion-Science: Summary of U.S. Progress |
| IF/P5-12 | Kingsep, A.S. | Fast Z-Pinch Experiments at the Kurchatov Institute Aimed at the Inertial Fusion Energy |
| IF/P5-13 | Zhang, Y. | Linear Analysis of Compressibility and Viscosity Effects on the MRT Instability in Z-pinch Implosions With Sheared Axial Flows |
| IF/P5-14 | Hora, H. | Fast Ingnition by Laser Driven Particle Beams of Very High Intensity |