Poster zum Thema "Poster session IM 2: Spectroscopy"

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  • IM2.P002
Probing charge distribution at complex oxide interfaces via EELS
  • Hongguang Wang (Stuttgart / DE)
  • IM2.P003
Different image contrasts between atomic resolution HAADF and EELS mapping in rutile TiO2
  • IM2.P004
Quantitative understanding of the thermal vibration effect on Ti L2,3-edge spectrum
  • IM2.P005
Structural resolution of Ca3GaZn0.5Ge4.5O14, a three isoelectronic cation langasite structure, using quantitative 2D-EDS mapping
  • IM2.P006
Evolution of low-energy plasmons in patterned aluminum nanostructures on graphene
  • IM2.P007
A post-column imaging energy filter compatible with multiple detectors
  • IM2.P008
Panta Rhei: a software platform for acquisition and processing of image and spectral data
  • IM2.P009
Detection limits of direct-counting CMOS and CCD cameras in EELS experiments
  • IM2.P010
Computation of generalised oscillator strengths for the simulation and quantification of energy loss spectra
  • IM2.P011
Fast predictions of ADF-EDX scattering cross-sections for elemental quantification of nanostructures
  • IM2.P012
Experimental progress to achieve atomic resolution EMCD measurements
  • IM2.P013
How to compress STEM spectrum-images into a linear combination of meaningful endmembers
  • IM2.P014
Anderson localization of surface plasmons in two-dimensional Au-nanostructures
  • IM2.P015
Momentum-resolved spectrum imaging for electromagnetic field mapping in plamonic nanostructures
  • IM2.P016
Combining HAADF STEM and EDX for element specific atom-counting
  • IM2.P017
Simulations of magnon diffuse scattering in STEM at different temperatures
  • IM2.P018
Backscattered electron energy loss spectroscopy: on the way to fluorophore imaging in the SEM
  • IM2.P019
Large solid angle racetrack-shaped SDDs for efficient EDX analysis in SEMs and TEMs down to Lithium
  • IM2.P020
EELS accessible for non-expert TEM users: adding a ChemiTEM workflow for EELS-related techniques to the portfolio
  • IM2.P021
General oscillation strength of core-shell electron excitation by fast electrons based on Dirac solutions
  • IM2.P022
A new sampling paradigm for FRFPMS simulations of high energy resolution (STEM)-EELS experiments
  • IM2.P023
Machine learning for unmixing overlapping phases with low SNR STEM-EDXS data