|
|
| Research purpose | : | The study of superconductive properties dueto lattice defects introduced by heavy ion irradiation. |
| Specification | : | Maximum 12 samples can be attached on the sample holder. Irradiation is made at room or liquid nitrogen temperature Lowest irradiation dose can be controlled at 1×108ions/cm² |
| Persons in charge | : | Norito ISHIKAWA Research Group for Radiation Materals Engineering TEL:029-282-6089 |
| Top |
| Research purpose | : | Equipment for Analysis of Solid by using Ion Beams and atoms or solids. |
| Specification | : | Specification A Vacuum chamber of inner diameter 600mm with μ-metal magnetic shield installed with 2axes rotation table. The chamber includes atomic and carbon foil targets. X-ray spectrometer and a goniometer can be attached when desired. Specification B Vacuum chamber with inner diameter 150mm. Equipped withmass analyzer by time of flight method. Installed carbon foil target operated at room temperature. Moving distance of target is 10cm. An x-ray spectrometer can be attached. |
| Persons in charge | : | Norito ISHIKAWA Research Group for Radiation Materals Engineering TEL:029-282-6089 |
| Top |
| Research purpose | : | Beam-foil spectroscopy for multi-charged ions and the study of charge transfer interaction between ions and atoms or solids. |
| Specification | : | Specification A Vacuum chamber with rectangular shape of 200 × 400mm. Maximum 20 folis can be attached at room temperature. Moving distance of the foil is 300mm. Installed a vacuum ultraviolet spectrometer. Specification B Vacuum chamber with the inner diameter of 300mm. Tow dimensional ion detectors can be attached. Electrostatic ion charge analyzer is installed. |
| Persons in charge | : | Norito ISHIKAWA Research Group for Radiation Materals Engineering TEL:029-282-6089 |
| Top |
