Linked from

The 12 pages that link to Energy-dispersive X-ray spectroscopy, each with the reason it gives.

• Electron microscopyRelated: Electron-beam-induced X-rays add elemental composition to morphological imaging.

• X-ray fluorescenceRelated: It measures the energies and intensities of fluorescence peaks in a spectrum.

• Electron microscopeRelated: Electron-beam interactions can reveal a sample's elemental composition.

• X-ray spectroscopyBroader topic: It maps which elements occur in small regions of electron-microscope samples.

• Scanning electron microscopyRelated: Paired with SEM, it maps elemental composition at selected surface locations.

• Mineral identificationRelated: Elemental data help distinguish minerals with similar crystal forms but different chemistry.

• Scanning electron microscopeRelated: Paired with an SEM, it maps elemental composition alongside surface images.

• Elemental analysisRelated: Paired with electron microscopy, it maps elemental composition across microscopic regions.

• Electron microprobeCompared with: It offers a faster alternative to wavelength dispersion, often with lower spectral resolution.

• X-ray detectorRelated: Its detector must distinguish photon energies to identify elemental signatures.

• Kai SiegbahnCompared with: It detects emitted X-rays rather than the photoelectrons measured in Siegbahn’s method.

• Surface analysis (materials science)Compared with: Its typical interaction volume is much deeper than the surface-sensitive electron methods.