Spectra
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By: Yao Yang Microscope: Nion UltraSTEM (100 keV) Energy Resolution: 0.5 eV Note: The energy axis of the Co edge has been calibrated using dual EELS map. Ref: Yang, PNAS, 2019, 116, 24425
![](https://muller.research.engineering.cornell.edu/wp-content/themes/cornell_base_2017_engineering/style.cssimages/cornell_identity/theme_red45.png)
By: Judy Cha @ Cornell University Microscope: FEI Tecnai T20 Note: Composition of the material is: Co40%Fe20%B20%
![](https://muller.research.engineering.cornell.edu/wp-content/themes/cornell_base_2017_engineering/style.cssimages/cornell_identity/theme_red45.png)
By: Judy Cha Microscope: FEI Tecnai T20 Energy Resolution: <0.2eV
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By: Lena Fitting Kourkoutis Microscope: FEI Tecnai T20 Energy Resolution: 0.45eV
![](https://muller.research.engineering.cornell.edu/wp-content/themes/cornell_base_2017_engineering/style.cssimages/cornell_identity/theme_red45.png)
By: Judy Cha @ Cornell University Microscope: FEI Tecnai T20 Note: The first peak in the plot is due to absorption by π* states.
![](https://muller.research.engineering.cornell.edu/wp-content/themes/cornell_base_2017_engineering/style.cssimages/cornell_identity/theme_red45.png)
By: Judy Cha Microscope: FEI Tecnai T20 Energy Resolution: unknown
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Comments By: Lena Fitting Kourkoutis @ Cornell University Microscope: FEI Tecnai F20 Reference: L. Fitting Kourkoutis, Y. Hotta, T. Susaki, H. Y. Hwang, and D. A. Muller, “Nanometer Scale Electronic Reconstraction at the Interface between LaVO3 and LaVO4“, Phys. Rev. Lett. 97, 256803 (2006)
![](https://muller.research.engineering.cornell.edu/wp-content/themes/cornell_base_2017_engineering/style.cssimages/cornell_identity/theme_red45.png)
By: David Muller Note: The first peak in the graphite plot is due to absorption by π* states. The second peak in the graphite plot, which is the leading edge in the diamond plot, is due to absorption by the σ* states. Recorded on a VG-501 at 0.7 eV energy resolution
![](https://muller.research.engineering.cornell.edu/wp-content/themes/cornell_base_2017_engineering/style.cssimages/cornell_identity/theme_red45.png)
By: Aycan Yurtsever Microscope: VG HB 501UX STEM Energy Resolution: 0.5eV Return to the WebEELS Periodic Table
![](https://muller.research.engineering.cornell.edu/wp-content/themes/cornell_base_2017_engineering/style.cssimages/cornell_identity/theme_red45.png)
By: David Muller Microscope: VG HB 501UX STEM Reference: “Connections Between the Electron Energy Loss Spectra, the Local Electronic Structure and the Physical Properties of a Materials: A Study of Nickel Aluminum Alloys,” D. A. Muller, D. J. Singh and J. Silcox. Phys. Rev. B. 57, 8181 (1998).