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1	Programming a TEM for magnetic measurements : DMscript code for acquiring EMCD data in a single scan with a q-E STEM setup Schönström, Linus January 2016 (has links) Code written in the DigitalMicrograph® scripting language enables a new experimental design for acquiring the magnetic dichroism in EELS. Called the q-E STEM setup, it provides simultaneous acquisition of the dichroic pairs of spectra (eliminating major error sources) while preserving the real-space resolution of STEM. This gives the setup great potential for real-space maps of magnetic momenta which can be instrumental in furthering the understanding of e.g. interfacial magnetic effects. The report includes a thorough presentation of the created acquisition routine, a detailed outline of future work and a fast introduction to the DMscript language. EMCD magnetic dichroism q-E STEM DMscript DigitalMicrograph scripting custom STEM acquisition SI hookup system Spectrum Imaging hookups
2	Characterizations of Complex Molecular Systems and Nanoscale Heterostructures UsingSynchrotron X-rays at the Ultimate Atomic Scale Ajayi, Tolulope Michael 23 May 2022 (has links) No description available. Condensed Matter Physics Molecular Physics Molecular Chemistry Nanoscience Nanotechnology Physics Scanning tunneling microscopy Synchrotron X-rays SX-STM Single-atom X-ray Spectroscopy Magnetic dichroism Molecular Motors XTIP Ferromagnetism and anti-ferromagnetism