放射光(X線)で小さなものを観察する大きな2つの施設

BL13XU

 
sdg b1
Development of materials for building more resilient infrastructure
新しい機能性をもつ規則合金薄膜材料の設計へ
Atomic order of multi-element alloy
sdg b2
Structural secret behind antibacterial zeolite
Significant displacement of ions in lead-free piezoelectric material
sdg b3 
Adjusting magnetic states through structural electronic engineering
ユビキタス社会のストレージへ
Negative anisotropic magnetoresistance in ferromagnetic materials
sdg b4 
Atomic level examinations of electronics materials
Lead-free piezoelectric materials
Higher efficiency power generated material by vibration  
Direct Observation of Point Defects in Compound Semiconductor material
The Lattice Deformation on Devices on a Nanosecond Scale
sdg c2 
Thin film storing gas
環境にやさしい電子デバイスの創生へ
Elucidating the process of CO2 gas molecule adsorption by gated adsorbents
sdg c3 
More efficient power generation
A key to investigate the interfaces in fuel cells
A key to investigate the interfaces in fuel cells
Improving the efficiency of organic photovoltaic cells through the promotion of semiconductor polymer crystallization
sdg c4
Highly active catalysts

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