Author |
Title |
Details |
| Z. |
Chen |
Preliminary Failure Mode and Effect Analysis on Chinese ITER Helium Cooled Solid Breeder Test Blanket Design Concept |
|
| Y.J. |
Choi |
Development Status of Regulatory Infrastructure for Fusion Energy |
|
| I. |
Cook |
Optimising Fusion’s Contribution to Economically Efficient Climate Change Mitigation |
|
| L. |
El-Guebaly |
Environmental Aspects of Recent Trend in Managing Fusion Radwaste: Recycling and Clearance, Avoiding Disposal |
|
| L. |
El-Guebaly |
Overview of ARIES-CS In-vessel Components: Integration of Nuclear, Economics and Safety Constraints in Compact Stellarator Design |
|
| K.M. |
Feng |
Conceptual Design Study of Fusion DEMO Plant at SWIP |
|
| D. |
Filsinger |
Engineering Aspects on the Development of a Reactor Concept for DEMO |
|
| Z. |
Homonnay |
Molten Salt Energy Storage System for DEMO Operated in Pulsed Mode |
|
| B.G. |
Hong |
Scoping Study for Concept Development of DEMO Reactor |
|
| P.J. |
Karditsas |
Design Issues and Implications for Structural Integrity of Fusion Power Plant Components |
|
| S. |
Konishi |
Hydrogen Production in Early Generation Fusion Power Plant and Its Socio-Economic Implication |
|
| S.L. |
Liu |
Progress in Conceptual Study of China Fusion-Based Hydrogen Production Reactor |
|
| D. |
Maisonnier |
Technological and Engineering Challenges of Fusion |
|
| T. |
Norimatsu |
Concept of Laser Fusion Power Plant Based on First Ignition |
|
| P. |
Sardain |
Alternative Power Conversion Cycles for He-cooled Fusion Reactor Concepts |
|
| R. |
Srinivasan |
Conceptual Study of Indian Fusion Power Plant |
|
| Y. |
Wan |
Energy Demand and Possible Strategy of Fusion Research in China |
|
| D.J. |
Ward |
The Benefits of Different Options for a European DEMO |
|
| C. |
Wong |
U.S. DCLL Test Blanket Module Design and Relevance to DEMO Design |
|
| S. |
Wu |
Concept of Multi-function Fusion Reactor |
|