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Over decades' of development, Millimeter wave imaging diagnostics developed and fabricated by UC Davis MMWPDG have achieved great success. The Electron Cyclotron Emission Imaging (ECEI) and Microwave Imaging Reflectometry (MIR) systems have been installed on many major tokamaks around world.
Over decades' of development, Millimeter wave imaging diagnostics developed and fabricated by UC Davis MMWPDG have achieved great success. The Electron Cyclotron Emission Imaging (ECEI) and Microwave Imaging Reflectometry (MIR) systems have been installed on many major tokamaks around world.
World map of major tokamaks with microwave imaging diagnostic systems developed by UCD MMWPDG
ECEI/MIR provide co-located and simultaneous images of electron temperature and density fluctuations.
System Overview
System Overview
ECE Imaging:
ECE Imaging:
- SoC approach:
- 4th Generation:
- 3rd Generation:
- ECEI on ASDEX-U (2009)
- ECEI on DIII-D (2010)
- ECEI on KSTAR (2010)
- ECEI on HL-2A (2013)
- 2nd Generation: TEXTOR (2000)
- 1st Generation: TEXT-U (1995), RTP (1997)
MIR:
MIR:
- SoC approach: MIR on DIII-D (2020)
- 4th Generation: MIR on EAST (2017)
- 3rd Generation: MIR on DIII-D (2013)
- 2nd Generation: MIR on KSTAR (2012)
- 1st Prototype: MIR on TEXTOR (2005)
Related Technology Developments
Related Technology Developments
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