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scanning transmission electron microscopy electron energy loss spectroscopy  (Gatan Inc)


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    Gatan Inc scanning transmission electron microscopy electron energy loss spectroscopy
    Scanning Transmission Electron Microscopy Electron Energy Loss Spectroscopy, supplied by Gatan Inc, used in various techniques. Bioz Stars score: 98/100, based on 17 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
    https://www.bioz.com/product/scanning+transmission+electron+microscopy+electron+energy+loss+spectroscopy/pm37737106-61-1-16?v=Gatan+Inc
    Average 98 stars, based on 17 article reviews
    scanning transmission electron microscopy electron energy loss spectroscopy - by Bioz Stars, 2026-08
    98/100 stars

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    Characterization of the short-term experiments. (a) Light microscopy image of the measurement location of Raman spectra displayed in panel b for MgO reacted for 189 days with atmosphere. (c) TEM–BF image of MgO reacted for 167 days with atmosphere showing pristine MgO and small, newly formed crystallites. (d) Electron diffraction pattern of panel c. (e and f) FFT of areas highlighted in panel c, indicating single-crystal MgO and a new polycrystalline phase. Calculated d spacings indicate that this is most likely brucite. Diffraction spots <t>stem</t> from bulk MgO. (g) TEM–BF image of the reaction layer on MgO after 167 days of exposure to ambient air. (h) <t>STEM–EELS</t> imaging area shown for (i) carbon and (j) oxygen.
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    Characterization of the short-term experiments. (a) Light microscopy image of the measurement location of Raman spectra displayed in panel b for MgO reacted for 189 days with atmosphere. (c) TEM–BF image of MgO reacted for 167 days with atmosphere showing pristine MgO and small, newly formed crystallites. (d) Electron diffraction pattern of panel c. (e and f) FFT of areas highlighted in panel c, indicating single-crystal MgO and a new polycrystalline phase. Calculated d spacings indicate that this is most likely brucite. Diffraction spots <t>stem</t> from bulk MgO. (g) TEM–BF image of the reaction layer on MgO after 167 days of exposure to ambient air. (h) <t>STEM–EELS</t> imaging area shown for (i) carbon and (j) oxygen.
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    Characterization of the short-term experiments. (a) Light microscopy image of the measurement location of Raman spectra displayed in panel b for MgO reacted for 189 days with atmosphere. (c) TEM–BF image of MgO reacted for 167 days with atmosphere showing pristine MgO and small, newly formed crystallites. (d) Electron diffraction pattern of panel c. (e and f) FFT of areas highlighted in panel c, indicating single-crystal MgO and a new polycrystalline phase. Calculated d spacings indicate that this is most likely brucite. Diffraction spots <t>stem</t> from bulk MgO. (g) TEM–BF image of the reaction layer on MgO after 167 days of exposure to ambient air. (h) <t>STEM–EELS</t> imaging area shown for (i) carbon and (j) oxygen.
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    Characterization of the short-term experiments. (a) Light microscopy image of the measurement location of Raman spectra displayed in panel b for MgO reacted for 189 days with atmosphere. (c) TEM–BF image of MgO reacted for 167 days with atmosphere showing pristine MgO and small, newly formed crystallites. (d) Electron diffraction pattern of panel c. (e and f) FFT of areas highlighted in panel c, indicating single-crystal MgO and a new polycrystalline phase. Calculated d spacings indicate that this is most likely brucite. Diffraction spots stem from bulk MgO. (g) TEM–BF image of the reaction layer on MgO after 167 days of exposure to ambient air. (h) STEM–EELS imaging area shown for (i) carbon and (j) oxygen.

    Journal: Environmental Science & Technology

    Article Title: Armoring of MgO by a Passivation Layer Impedes Direct Air Capture of CO 2

    doi: 10.1021/acs.est.3c04690

    Figure Lengend Snippet: Characterization of the short-term experiments. (a) Light microscopy image of the measurement location of Raman spectra displayed in panel b for MgO reacted for 189 days with atmosphere. (c) TEM–BF image of MgO reacted for 167 days with atmosphere showing pristine MgO and small, newly formed crystallites. (d) Electron diffraction pattern of panel c. (e and f) FFT of areas highlighted in panel c, indicating single-crystal MgO and a new polycrystalline phase. Calculated d spacings indicate that this is most likely brucite. Diffraction spots stem from bulk MgO. (g) TEM–BF image of the reaction layer on MgO after 167 days of exposure to ambient air. (h) STEM–EELS imaging area shown for (i) carbon and (j) oxygen.

    Article Snippet: The scanning transmission electron microscopy electron energy loss spectroscopy (STEM–EELS) experiments were performed using a Gatan Quantum EEL spectrometer with a dispersion of 0.3 eV/channel.

    Techniques: Light Microscopy, Imaging