Year: 2025
Type: article
Abstract: Atomic-resolution holography, which uses X-rays or neutrons with wavelengths of about 1 Å, is a technique for visualizing three-dimensional local structures around specific elements, and its variations were demonstrated between 1990 and 2001. Subsequently, it was used to analyze the local structure of point defects such as dopants in single crystals. However, with the development of apparatuses and analytical methods, it has come to be used to elucidate more complex structures such as defect complexes or interface defects. In this review, we introduce basics and our recent activities in X-ray fluorescence holography, neutron holography, and photoelectron holography.
Source: Applied Physics Express
Language: English
Subfield: Radiation
Field: Physics and Astronomy
Domain: Physical Sciences
Open Access status: gold
Estimated APC paid: $2,365
Awards: G112738851, Creation of functional metastable silicon-based multiple element materials by controlling light elements, Development and applications of multiple wavelength neutron holography toward atomic imaging of light elements and magnetic structures, G4253427362, 材料中での水素局所構造観測を実現する"中性子XAFS法"への挑戦, 原子分解能ホログラフィーと非弾性散乱を駆使した添加元素誘起フォノン構造変調の探究, Multi-Wavelength Atomic Resolution Holography Technique using White Neutron in J-PARC, New development of Semiconductors Intracenter Photonics
OpenAlex ID: W4413123928