High Coercivity Neodymium Magnet without Using Heavy Rare Earth Element Dysprosium
NIMS developed a method for increasing the coercivity of neodymium magnet powder without using dysprosium (hereinafter, Dy). continue
Development of World’s Highest Performance Thin Film Condenser
High-k Dielectric Nanosheets Realizes the Smallest, Highest Capacitance Device
Project Research Field
![[Key Nanotechnologies Field]
Advanced Nano Characterization, Quantum Dot etc..](/eng/vk3rak0000001ey8-img/vk3rak0000001ysx.jpg)
![[Nanoscale Materials Field]
Organic Nanomaterials, Nano Ceramics](/eng/vk3rak0000001ey8-img/vk3rak000000g4k2.jpg)
![[Nanotech-driven Materials Research for Information Technology Field]
Electronic, Optronic, Magnetic](/eng/vk3rak0000001ey8-img/vk3rak000000g4k9.jpg)
![[Nanotech-driven Materials Research for Biotechnology Field]
BioMaterials](/eng/vk3rak0000001ey8-img/vk3rak000000g4ko.jpg)
![[Materials Research for Environment and Energy Field]
Fuel Cell, Photovoltaics, Photocatalytic etc..](/eng/vk3rak0000001ey8-img/vk3rak000000g4kj.jpg)
![[Materials Research for Reliability and Safety Field]
Hybrid Materials, Sensor Materials etc..](/eng/vk3rak0000001ey8-img/vk3rak000000g4ke.jpg)
- 2010/07/29 (Thu) NEW Researcher
- ICYS, ICYS Researcher
- 2010/05/28 (Fri) NEW Researcher
- Exploratory Materials Research Laboratory for Energy and Environment, Materials Interdisciplinary Group Research Assistant
