Recently, nondestructive evaluation of the stresses localized in grains was achieved for
plastically deformed low-carbon steel using scanning three-dimensional X-ray diffraction …

Stress measurements of coarse-grained material are difficult using synchrotron X-ray
diffraction because the diffraction patterns of coarse-grained materials are spotty. In addition …

The temperature rise due to high current/power operations and stress caused by the
expansion or contraction of electrodes by lithium (de)-intercalation is known to be a …

A diffraction spot trace method (DSTM) is very useful to measure internal stresses of
materials with coarse grains. In this study, validity of the DSTM was examined using high …

The chapter deals with residual stress analysis using monochromatic high‐energy
synchrotron radiation (angle dispersive setup). State of the art techniques for non …

The double exposure method (DEM) is proposed herein for X-ray stress measurement of
coarse grain materials. A diffraction angle was obtained from an incident beam and a spotty …

抄録 車載用リチウムイオン二次電池 (LIB) のサイクル時の劣化要因として, 高い電流レートにおける
電池内部の温度上昇, リチウムイオンの正負極間移動にともなう電極の膨張・収縮による応力など …

抄録 車載用リチウムイオン実電池 (LIB) のサイクル時の劣化要因として, 高い電流レートにおける
電池内部の温度上昇, リチウムイオンの正負極間移動にともなう電極の膨張・収縮による応力など …

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