TEM Software Publications Library

This study presents quantitative EELS methods based on oxidic reference standards for M-edge analysis. The approach improves elemental measurement accuracy and facilitates reliable compositional characterization.

This study investigates line-broadening analysis of synchrotron X-ray diffraction data to extract microstructural information. The technique is used to evaluate crystallite size, strain, and material defects.

The paper discusses edge-recognition strategies in SEM metrology. Accurate edge detection is essential for dimensional measurements and quality control in microfabrication and semiconductor applications.

The report highlights the dedication of a Stanford synchrotron X-ray beamline and its significance for scientific research. The facility expanded opportunities for advanced X-ray investigations across multiple disciplines.

This article reviews X-ray microscopy experiments performed with synchrotron radiation. Advanced optical systems and bright X-ray sources provide high-resolution imaging of microscopic structures.

This work examines computational deconvolution techniques for electron energy-loss spectroscopy measurements. The method enhances spectral clarity and enables more accurate analysis of fine structural features.

This classic work presents methods for determining atomic positions from high-resolution electron micrographs. The approach enables precise structural measurements at near-atomic scales.

This work examines diffraction symmetry groups observed in convergent beam electron diffraction patterns. The analysis establishes a framework for crystal symmetry determination from CBED measurements.

The paper explores photoelectrochemical energy conversion using reaction-centre electrodes inspired by biological systems. The approach investigates mechanisms for converting light energy into usable electrical or chemical energy.

This work describes the design of a high-pressure thin-window gas cell for experimental studies. The device enables controlled investigation of materials and reactions under elevated gas pressures.

The authors use in-situ TEM to study reactions between sodium chloride and gaseous environments. The experimental setup enables direct visualization of aerosol-gas interactions and reaction dynamics.

This work investigates ionic polarons in solid electrolytes and their influence on charge transport. The theoretical analysis contributes to understanding conduction mechanisms in ionic materials.

This publication provides corrections and updates related to previous electron beam monitor studies. The note clarifies earlier findings and ensures the accuracy of the scientific record.

The study examines how source-detector geometry influences neutron probe calibration. The findings improve measurement consistency and support more accurate interpretation of detector responses.

This educational article explains X-ray diffraction from crystal planes using both real-space and reciprocal-space perspectives. The discussion helps students develop a deeper understanding of crystallographic diffraction phenomena.

The paper develops a statistical framework for understanding displacement ferroelectrics. The theory explains collective behavior and phase transitions in materials exhibiting ferroelectric properties.

This article examines the fundamental principles governing heat, mass, and momentum transport phenomena. It provides theoretical insights that underpin engineering analysis of coupled transfer processes across many applications.

The authors review the experimental facilities associated with the CERN proton synchrotron. The paper outlines the infrastructure and research opportunities available for particle physics investigations.

HyperSpy is introduced as an open-source ecosystem for reproducible multidimensional data analysis. It combines interactive processing, visualization, and advanced analytical capabilities within the scientific Python landscape.

This dataset provides SEM, EBSD, laser confocal microscopy, and FE-SEM data from modern Glycymeris shell layers. The collection supports multidisciplinary studies of shell structure, composition, and biomineralization.