基于同步辐射原位表征技术的镁合金研究进展
郭恩宇1,2(), 杜泽龙1, 李炳志1, 王同敏1,2()
Research Progress on Magnesium Alloys Based on Synchrotron Radiation In Situ Characterization Techniques
GUO Enyu1,2(), DU Zelong1, LI Bingzhi1, WANG Tongmin1,2()

图1. 基于同步辐射X射线的原位凝固与力学加载装置[12,13,15,16]

Fig.1. In situ device for solidification and mechanical loading based on synchrotron radiation X-rays
(a, b) 3D drawing (a) and photo (b) of Bridgman furnace[12] (UHV—ultra-high voltage)
(c) schematic of the environmental solidification cell setup at the I12 beamline of Diamond Light Source[13]
(d) in situ ultra-high temperature tensile loading device[15]
(e, f) schematic of thegeometries of specimens (e) and in situ mechanical rig for synchrotron X-ray diffraction experiment at I12 beamline of Diamond Light Source (f)[16] (ETMT—electro-thermo-mechanical tester. L—load direction, ϕ—azimuth angle, 2θ—diffraction angle)