To make the production of a neutralization cell small in size and having a simple structure possible by using a magnetic shield composed of a high temperature superconducting material in a neutralization cell part.
In a neutralization cell part C, the inside is maintained in a high vacuum state by a vacuum vessel 3, a gas cell 2 with a magnetic shield is provided inside the vessel 3, and furthermore, a limiter 1 is set in the inside thereof. The cell 2 of the cell part C is made of a high temperature superconducting material having a critical point of substantially the same temperature as liquid nitrogen temperature. Accordingly, sufficient outside magnetic field shield effect can be obtained without making it a multiplet structure like a conventional magnetic shield. Consequently, because the gas cell 2 with the magnetic shield composed of the superconducting material perform both duties of the magnetic shield in the neutralization cell and the gas cell in a neutral particle incident device, it can be made very small in size and to have a simple structure.
| WO/2016/112464 | APPARATUS AND METHOD FOR GENERATING A VORTEX CAVITY IN A ROTATING FLUID |
| WO/2022/136470 | IMPROVED MATERIALS FOR TUNGSTEN BORIDE NEUTRON SHIELDING |
| JPS62198788 | NUCLEAR FUSION DEVICE |
KURIYAMA MASAAKI
KATO TAKASHI
TAKAHASHI YOSHIKAZU
