ACCELERATOR FIELD

J-PARC Accelerator Facility [Tokai Site]
J-PARC, the Japan Proton Accelerator Research Complex, was established as a joint project between the Japan Atomic Energy Agency (JAEA) and the High Energy Accelerator Research Organization (KEK). It consists of a proton accelerator facility that generates the world’s highest-power proton beam, along with neutron, muon, neutrino, and hadron experimental facilities. These experimental facilities serve as international research hubs, welcoming researchers and companies from both domestic and international communities. They are engaged in a wide range of research and development activities, from fundamental science to industrial applications. We provide technical support for various tasks ranging from accelerator operation to experimental assistance at these facilities.]

iBNCT001 Facility [Tsukuba Business Division]
The radiotherapy device (iBNCT001) at Tsukuba University Hospital consists of a proton beam accelerator, a proton beam transport device that guides the accelerated proton beam into the irradiation room, and a neutron generation device that adjusts neutrons to appropriate energies for treatment and irradiates patients. We operate these devices, generate stable neutrons, and provide technical support for tasks such as destroying cancer cells by reacting boron drugs taken up by cancer cells.

Job Introduction

Tasks at J-PARC Accelerator Facility [Tokai Site]
1.Analysis tasks: Gas chromatography (GC) for helium gas sampling and gas component analysis
2.Structural analysis tasks: 3D modeling and analysis of various structures for strength and vibration
3.Fabrication tasks: Development and fabrication of jigs related to electromagnets and experimental devices
4.Surveying tasks: Measurement of electromagnetic coils, walls, and floors using 3D shape measuring machines and laser trackers (LT)
5.Maintenance tasks: Replacement and peripheral maintenance of mercury target containers using power manipulator operation
6.Maintenance tasks: Construction of laser optical paths (production of optical fiber cables for laser light sources, optical path adjustment)
7.Improvement tasks: Analysis and noise reduction measures for signal and power circuits using oscilloscopes

Tasks at iBNCT001 Facility [Tsukuba Business Division]
1.Operation of the iBNCT001 facility (accelerator, electromagnets, vacuum devices, beam diagnostics, cooling water circulation devices, etc.)
2.Maintenance, inspection, radiation management, and experimental support for the iBNCT001 facility