Surface Analysis
About Surface Analysis
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Introducing the latest surface analysis information.
Low-Energy Inverse Photoemission Spectroscopy (LEIPS)
Analysis Examples Measurement of occupied and unoccupied states of the same sample The overall picture of the band structure can be obtained from the energy of the unoccupied states measured by LEIP
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Expanded application range with dual-source laboratory-type HAXPES
HAXPES, like XPS, enables highly reliable spectrum acquisition, expanding the possibilities of surface analysis. The detection depth and range of orbital selection have been broadened, and the applica
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Expanded application range with dual X-ray and dual ion gun
The automated laboratory-type HAXPES instrument "PHI Quantes" can now be equipped with a built-in Ar monomer/GCIB dual ion gun. By combining dual X-ray sources of soft X-ray and hard X-ray with a dua
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AES Survey Imaging
In survey imaging, wide spectra are measured at every image pixel. After measurement, wide spectra can be extracted from regions with different image contrast, enabling easy qualitative and quanti
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Reflection Electron Energy Loss Spectroscopy (REELS)
Analysis Examples Band gap measurement by REELS *This is a REELS spectrum of a thermally oxidized SiO₂ film (25 nm) on a Si wafer. A peak onset is observed at an energy 8.8 eV lower than the inciden
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Supports process development and yield improvement through compositional analysis of thin films and fine structures, and identification of contaminants.
Precisely characterizes the composition and structure of thin films and coatings designed for corrosion protection, wear reduction, and adhesion enhancement.
Analyzes the microstructure and grain boundary composition of alloys, glass, and ceramics, contributing to improved product performance.
Applies surface analysis to evaluate nanoscale protective coatings and magnetic recording layers, and to detect contaminants on components.
Evaluates polymer surface modifications and contamination, supporting improvements in adhesion and wettability, as well as the development of functional materials.
Surface analysis plays a key role in characterizing compositions that affect drug efficacy and detecting foreign matter in formulations.
Quantitatively analyzes surface organic species and functional groups for biocompatibility assessment and biosensor development.
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