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Tech. Work. Areas
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TWA 2 Surface Chemical Analysis
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TWA 5 Polymer Composites
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TWA 16 Superconducting Materials
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TWA 24 Performance Related Properties of Electroceramics
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TWA 31 Creep, Crack and Fatigue Growth in Weldments
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TWA 33 Polymer Nanocomposites
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TWA 34 Nanoparticle Populations
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TWA 36 Printed, flexible and stretchable electronics
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TWA 37 Quantitative Microstructural Analysis
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TWA 39 Solid Sorbents
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TWA 40 Synthetic Biomaterials
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TWA 41 Graphene and Related 2D Materials
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TWA 42 Raman Spectroscopy and Microscopy
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TWA 43 Thermal Properties
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TWA 45 Materials and Environment
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TWA 46 Semiconductors
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TWA 2 Surface Chemical Analysis
Technical Working Areas
Technical Working Area (TWA)
Since the inception of VAMAS, 45 TWAs have been set up, covering a wide range of pre-standards research needs for the application of advanced materials. Over 500 individuals from many research groups including reseachers from outside the original founding countries have participated in over 80 individual projects.
Typically, international collaboration takes place to agree the technical basis for test method development and, using round robin intercomparisons, the test methods are checked to ensure that consistent results are obtainable at different laboratories, and provide precision (repeatability and reproducibility) data.
The National Institute for Materials Science (NIMS) is organizing this effort as a core institution in Japan.
The original of this page is here. Please jump to the VAMAS official page.
Correlation between the Steering Committee, the TWAs, and the VAMAS Japan Domestic Committee