Abstract The Engineering Validation and Engineering Design Activities (EVEDA) for the
International Fusion Materials Irradiation Facility (IFMIF), an international collaboration …

Characteristics of surface waves on a high-speed liquid lithium (Li) flow have been
examined using a Li circulation loop at Osaka University for the International Fusion …

A technique was needed for measuring the thickness of the liquid lithium target of the
International Fusion Materials Irradiation Facility (IFMIF 1). Thus, the applicability of a laser …

For the demonstration of fusion power plant technology, DEMO dedicated materials are
necessary to cope with the harsh environment of high energy neutrons. For this purpose, the …

In the developing fusion neutron sources (FNS), a liquid lithium (Li) free-surface jet is
adopted as a beam target for neutron field generation. Owing to beam irradiation, Li must …

An experimental facility has been established at the University of Chinese Academy of
Sciences (UCAS) to study the liquid lithium film flow under the influence of the spanwise …

The beam target for generating a fusion neutron field in the Advanced-Fusion Neutron
Source (A-FNS) is currently designed as a one-side free-surface liquid lithium (Li) jet flowing …

This paper reports a measurement technique for surface waves on a liquid lithium jet, and its
experimental results for the purpose of study on a Li target of the International Fusion …

International Fusion Materials Irradiation Facility (IFMIF) employs liquid lithium as D+ beams
target. The liquid Li target is formed as flat plane free-surface flow by a nozzle and flows at …

An accelerator based intense neutron sources such as the IFMIF, A-FNS and DONES
produce neutron flux by a stripping reaction between lithium (Li) and deuteron for testing …