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Material Science International Services, GmbH
Enclosed please find a small sample of issues that can be solved with the products and services ofMaterial Science International GmbH (MSI). MSI provides a comprehensive database of phase diagrams for metal and ceramic systems.
How can I find the suitable temperature/concentration of the elements to make new compounds?
How can I predict when a compound melts or when the constitution changes in the solid phase? This is important for all functional materials like sensors, magnets, etc.
How can I influence the behavior of shape memory materials or other smart materials? How can optimized its functions to optimize my applications? Examples are piezoceramic, or magnetorestrictive materials that can be used to make valves without mechanical parts.
How can I influence production and sinter processes? For instance I want to make a sensor as sensitive as possible. For this I need to control the relationship of the amounts of the different phases.
How can I optimize the production of magnets?
How can I determine the compatibility of decompositions on materials?
How do I know how the compatibility changes with rising/falling temperatures?
How can I predict the melting point of an alloy? This is important for the development of sother with a particular low melting temperature or if one wants to define a narrow melting interval. This is used for electronic parts. Can I use sother X in the proximity to sother Y, or do I melt sother Y?
What kind of alloys of transition metals and rare earth elements make a good permanent magnet or are good materials to store hydrogen gas?
How can I avoid the susceptibility of Ni alloys to solidification hot cracking during welding?
How can I reduce fatigue and creep resistance in super alloys?
What material would be suitable for the storage of nuclear waste?
How can I optimize Na-Hg materials in discharge lighting applications?
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