Agenda
Travel and accommodations
Download the essentials
Lesson 1: EELS fundamentals
Lesson 2: EFTEM fundamentals
Lesson 3: Spectrum imaging fundamentals
Lesson 4: Data acquisition - Camera setup and filter tuning
Lesson 5: Data acquisition - EFTEM basics
Lesson 6: Data analysis - Basics of EFTEM images
Lesson 7: Data acquisition - EELS basics
Lesson 8: Data analysis - Basic of EELS spectra
Lesson 9: Data analysis - STEM spectrum imaging example
Lesson 1: Specimen information from EELS
Lesson 2 (Optional): EELS - Zero-loss and low-loss
Lesson 3 (Optional): EELS core-loss, ELNES, and EXELFS
Lesson 4: EELS practical aspects
Lesson 5: Data acquisition - EELS practical aspects - Scattering angle
Lesson 6: Data acquisition - EELS practical aspects - Dispersion
Lesson 7: Data acquisition - EELS practical aspects - GIF entrance aperture
Lesson 8: Data acquisition - EELS practical aspects - Detector parameters
Lesson 9 (Optional): EELS quantification - Introduction
Lesson 10 (Optional): EELS quantification - Choosing edges for analysis
Lesson 11: Data analysis - Basic analysis of EELS spectra
Lesson 12: EELS quantification - Window placement
Lesson 13: Data acquisition - Single EELS quantification
Lesson 14: Data analysis - Quantification of EELS spectra
Lesson 15 (Optional): EELS quantification - Plural scattering
Lesson 16 (Optional): EELS quantification - Convert edge intensities to chemical concentrations
Lesson 17: DualEELS
Lesson 18: Data acquisition - DualEELS
Lesson 19: Data analysis - DualEELS
Lesson 20 (Optional): EELS quantification - Standards
Lesson 21 (Optional): Data analysis - EELS quantification with standards
Lesson 1: EFTEM introduction
Lesson 2: EFTEM - Filter optimization
Lesson 3: Data acquisition - Filter optimization
Lesson 4: EFTEM applications - Contrast enhancement
Lesson 5: Data acquisition - EFTEM applications - Contrast enhancement
Lesson 6: EFTEM applications - Mapping
Lesson 7: Data acquisition - EFTEM applications - Mapping
Lesson 8: Data analysis - Quantification using EFTEM images
Lesson 9: Data analysis - Combining and colorizing maps
Lesson 10: EFTEM applications - Chemical analysis
Lesson 11 (Optional): EFTEM practical aspects
Lesson 12: Data acquisition - EFTEM practical aspects
Lesson 13: Data Analysis - Advanced EFTEM analysis
Lesson 14: EFTEM-SI practical aspects
Lesson 15: Data acquisition - EFTEM SI
Lesson 16: Data analysis - EFTEM-SI data processing
Lesson 2: Data acquisition - Practical SAD and energy filtering
Lesson 4: Data acquisition - STEM setup for 4D STEM
Lesson 1: STEM EELS introduction
Lesson 2: Data acquisition - STEM alignment tool
Lesson 3: Data acquisition - STEM set up and elemental mapping
Lesson 4: Data acquisition - Chemical analysis
Lesson 5 (Optional): STEM EELS SI - Correcting for artifacts and instabilities
Lesson 6: Data acquisition - Using drift correction
Lesson 8: Data acquisition - Sub-pixel scanning and multiple pass
Lesson 9: Data acquisition - Line profile and average dose line profile
Lesson 10: Data analysis - Linescan processing example
Lesson 11: Data acquisition - DualEELS
Lesson 12: Data analysis - ZLP fitting to a low-loss spectrum image
Lesson 13 (Optional): Data analysis - Removal of plural scattering from spectrum images
Lesson 14: Data analysis - DualEELS quantitative mapping
Lesson 15: Advanced SI
Lesson 16 (Optional): Data acquisition - Multimodal spectrum imaging
Lesson 17 (Optional): Data analysis - Multisignal data and STEM SI
Lesson 18: Data acquisition - MultiPoint and time series
