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In-Situ Mass Thickness Calibrations Using MWCNTs
by
Malac, M.
, Hayashida, M.
, Yaguchi, T.
, Fujii, T.
, Egerton, R.F.
, Homeniuk, D.
in
Analytical and Instrumentation Science Symposia
/ Microscopy and Microanalysis for Real-World Problem Solving
2019
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In-Situ Mass Thickness Calibrations Using MWCNTs
by
Malac, M.
, Hayashida, M.
, Yaguchi, T.
, Fujii, T.
, Egerton, R.F.
, Homeniuk, D.
in
Analytical and Instrumentation Science Symposia
/ Microscopy and Microanalysis for Real-World Problem Solving
2019
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Journal Article
In-Situ Mass Thickness Calibrations Using MWCNTs
2019
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Overview
Bright field transmission electron microscope (BFTEM) images are often used to measure sample size in two dimensions (2D). Mass thickness (rt) maps of the sample along the electron beam direction, although measurable with a monolayer precision [1,2], are seldom obtained. To measure rt, a calibration sample is needed. We show that calibration can be obtained in-situ using multi wall carbon nanotubes (MWCNTs).
Publisher
Cambridge University Press,Oxford University Press
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