M. J. Burns; MJ Burns; Michael J. Burns; M Burns; M. Burns; Michael Burns

ORCID iD
https://orcid.org/0000-0001-9804-405X
  • Keywords
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chemical sensors, environmental chemistry ,

Sources:
M. J. Burns; MJ Burns; Michael J. Burns; M Burns; M. Burns; Michael Burns (2013-06-14)

electronic properties,

Sources:
M. J. Burns; MJ Burns; Michael J. Burns; M Burns; M. Burns; Michael Burns (2013-06-14)

material science and technology,

Sources:
M. J. Burns; MJ Burns; Michael J. Burns; M Burns; M. Burns; Michael Burns (2013-06-14)

metamaterials, plasmonics, nanocircuits, nanophotonics, nanoscience, electromagnetics, antennas, microwave,

Sources:
M. J. Burns; MJ Burns; Michael J. Burns; M Burns; M. Burns; Michael Burns (2013-06-14)

pathogen detection,

Sources:
M. J. Burns; MJ Burns; Michael J. Burns; M Burns; M. Burns; Michael Burns (2013-06-14)

photovoltaic cells, fuel cells, electronic materials,,

Sources:
M. J. Burns; MJ Burns; Michael J. Burns; M Burns; M. Burns; Michael Burns (2013-06-14)

plant biology,

Sources:
M. J. Burns; MJ Burns; Michael J. Burns; M Burns; M. Burns; Michael Burns (2013-06-14)

plant water relations,

Sources:
M. J. Burns; MJ Burns; Michael J. Burns; M Burns; M. Burns; Michael Burns (2013-06-14)

superconductivity,

Sources:
M. J. Burns; MJ Burns; Michael J. Burns; M Burns; M. Burns; Michael Burns (2013-06-14)

terahertz detectors,

Sources:
M. J. Burns; MJ Burns; Michael J. Burns; M Burns; M. Burns; Michael Burns (2013-06-14)

condensed matter,

Sources:
M. J. Burns; MJ Burns; Michael J. Burns; M Burns; M. Burns; Michael Burns (2013-06-14)

laser - material interactions

Sources:
M. J. Burns; MJ Burns; Michael J. Burns; M Burns; M. Burns; Michael Burns (2013-06-14)

  • Other IDs
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ResearcherID: D-2939-2011

Sources:
ResearcherID (2013-06-14)

Loop profile: 348265

Sources:
Loop (2016-09-22)

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