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High Temperature DC COnductivity Measurement System (Up to 1000°C)

Materials used in space, nuclear reactors, engines, turbines can be exposed to very high temperatures. It can reach thousands of degrees celsius. It is difficult to predict how the electronic materials will behave if they are exposed to such a high temperature. Creating a similar environment and in situ characterization can help to understand the materials phenomenon at such high temperatures.

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I have custom designed, built a high temperature 2 probe DC conductivity measurement system that can measure DC conductivity up to a maximum temperature of  1000°C both in a vacuum or inert atmosphere (argon environment)

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  • The previous existing high-temperature measurement could go up to 600°C. (66.7% higher capability).
     

  • Saved thousands of dollars of PI and created opportunities for collaborative research.
     

  • Generated results that got published in high impact journals like Carbon, ACS Applied Materials and interfaces, JACERS, etc. (Link)
     

  • Can simulate the harsh environment, additional plugins can recreate the high-temperature high moisture environment.

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