Abstract The Diagnostic Generic Equatorial Port Plug (GEPP) is designed to be common to
all equatorial port-based diagnostic systems. It is designed to survive throughout the lifetime …

Diagnostics play a very important role in the modern Tokamak where optimum performance
is essential. To achieve this, the device must be equipped with reliable and robust sensors …

The design of ITER Radial X-ray Camera (RXC) is nearly finished. The design of internal
camera was updated using gas detector modules and considering the mechanical, electrical …

Diagnostic systems in fusion environments need to satisfy stringent requirements, often
involving radiation and electromagnetic shielding as well as fire protection. A conceptual …

All around the ITER vacuum vessel, forty-four ports will provide access to the vacuum vessel
for remote handling operations, diagnostic systems, heating, and vacuum systems: 18 upper …

The generic upper port plug (GUPP) structure in ITER is a 6 m long metal box which deploys
diagnostic components into the vacuum vessel. This structure is commonly used for all the …

Abstract The Chinese Fusion Engineering Test Reactor (CFETR) is the next step in China's
research into fusion energy. In phase I, the preliminarily design of diagnostic systems for the …

This paper studies the Electromagnetic Compatibility (EMC) compliance of a diagnostic
system intended for the nuclear fusion reactor ITER. Specifically, a neutron detection chain …

Abstract Generic Equatorial Diagnostic First Wall (GEDFW) as a plasma facing component of
ITER sustains heavy thermal load from plasma radiation and nuclear load. Cooling circuit of …

Abstract The upper port# 18 (UP18) in ITER hosts three diagnostic systems: the neutron
activation system, the Vacuum Ultra-Violet spectrometer system, and the vertical neutron …