Applications of XPS and Complementary TechniquesData AcquisitionFundamental XPS TheorySpectral FeaturesXPS InstrumentationApplications of XPS and Complementary Techniques Ion Scattering Spectroscopy (ISS) / Low Energy Ion Scattering (LEIS)What is ISS? And how can it help my research? Read moreBad XPS in LiteratureIs XPS in literature trustworthy? Read moreLoad more Data Acquisition Pass EnergyWhat is ‘Pass Energy’ in XPS? What does it come from? What do I need to know when collecting, or analysing, data? Read moreLoad more Fundamental XPS Theory Spin-Orbit SplittingSpin-orbit splitting causes doublets in XPS Read morePhotoionisation Cross SectionsPhotoionisation cross sections influence orbital signal as a function of excitation energy Read morePeak Asymmetry in Conducting MaterialsConductive materials may present asymmetric photoemission peaks Read moreInitial vs Final State EffectsWhat is the differences between initial, and final state effects? Read moreElectronic Structure in Solids – DefinitionsWhat terminology should we know in XPS? Read moreAuger-Meitner Process and PeaksAuger emissions are a secondary electron process Read moreAnalysis Depth in XPS & IMFPHow is the depth of analysis determined? Read moreLoad more Spectral Features Plasmon LossPlasmon losses must be carefully evaluated to avoid misidentification Read morePeak Asymmetry in Conducting MaterialsConductive materials may present asymmetric photoemission peaks Read moreLoad more XPS Instrumentation XPS Transmission FunctionDetector Transmission Function is important in quantifying our data Read morePass EnergyWhat is ‘Pass Energy’ in XPS? What does it come from? What do I need to know when collecting, or analysing, data? Read moreFactors Affecting Peak WidthWhat factors affect peak width in XPS? Read moreLoad more