SPring-8, the large synchrotron radiation facility

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Successful Results of Industrial Applications at SPring-8

 
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Cover
 
1 MB
Preface / Contents
 
2.6 MB
Realization of Environmentally-Friendly High-Performance Three-Way Catalyst
2
5.6 MB
In situ Imaging of Automotive Metallic Paints
4
4.6 MB
Development of high performance, fuel-Efficient Tires
6
3.3 MB
Development of Hair-Care Products from Rice Water
8
3.2 MB
Development of Anti-caries Chewing Gum
10
3.2 MB
Observation of Phase Behavior of Fat Crystals during Rapid Cooling
12
3.9 MB
CT Observation of State of Fine Ice Crystals in Frozen Foods
14
3.6 MB
Development of Silicone Rubber with Ultrahigh Tear Strength
16
3.6 MB
Establishing Methods to Design Materials for Polymer-Modified Cement Waterproofing Coating
18
5 MB
Development of Material Design Method for Autoclaved Lightweight Aerated Concrete
20
3.6 MB
Responding to the Restriction of Hazardous Substances in Electronic Products
22
3.2 MB
Development of High-Efficiency Recycling Technology for Tungsten
24
3.3 MB
Development of Long-Life Next-Generation Li-Ion Batteries
26
3.3 MB
Improvement of Capacity of Nickel-Metal Hydride Battery
28
3.3 MB
Establishment of Method for Analyzing Next-Generation Metal-Oxide-Semiconductor Field-Effect Transistors
30
3 MB
Accurate Analysis of Molecular Orientation of Organic Semiconductor Material
32
3.5 MB
Research and Development of Stainless Steel with Hydrogen Embrittlement Resistance
34
4.3 MB
Establishment of Laser Peening Technology for Improving Surface Quality of Metallic Products
36
3.5 MB
Suppression of Solidification Crack upon Steel Welding
38
3.2 MB
Control of Conditions of Finished Surface of Alloyed Hot-Dip Galvanized Steel Sheets
40
4.4 MB
SPring-8 contributes to the Development of Industries in addition to Academic Research.
42
2.4 MB
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Last modified 2021-12-27 11:52