Ultrahigh-Pressure Research with 8 GeV-SR X-ray at BL10XU

Ramaya N.; Watanuki T.

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Ultrahigh-Pressure Research with 8 GeV-SR X-ray at BL10XU

机译：在BL10xu的8 GEV-SR X射线上的超高压研究

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Recent advance in high-pressure technique has enabled us to reach a pressure of a few hundreds gigapascals with a diamond anvil cell. At such extremely high pressures, materials are highly compressed and exhibit various novel characters which can not be realized under ambient condition. A diffractometer installed at the second station of BL10XU was designed and constructed for polycrystalline x-ray diffraction measurement at ultrahigh pressures. Recent research activities at this station are described and a future perspective of ultrahigh-pressure synchrotron radiation science is briefly discussed.

机译：最近在高压技术的前进使我们能够通过金刚石砧座细胞达到几百个千兆卡基斯的压力。在这种极高的压力下，材料高度压缩并表现出各种新颖性质，不能在环境条件下实现。设计并构造了在BL10XU的第二站的衍射仪进行超高压的多晶X射线衍射测量。描述了该站的最近的研究活动，并简要讨论了超高压同步辐射辐射科学的未来观点。

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《日本结晶学会志》 |2000年第1期|共8页
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Ramaya N.; Watanuki T.;
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1. Ultrahigh-Pressure Research with 8 GeV-SR X-ray at BL10XU [J] . Ramaya N., Watanuki T. 日本结晶学会志 . 2000,第1期

机译：在BL10xu的8 GEV-SR X射线上的超高压研究
2. Third Generation XAFS Using Tunable X-Ray Undulator at BL10XU of SPring-8 - Another Paradime with High Brilliance Photon Source [J] . Oyanagi H., Ishii M. 日本结晶学会志 . 2000,第1期

机译：第三代XAFS在SPring-8的BL10XU使用可调X射线波动器-高亮度光子源的另一个天堂
3. Third Generation XAFS Using Tunable X-Ray Undulator at BL10XU of SPring-8 - Another Paradime with High Brilliance Photon Source [J] . Oyanagi H., Ishii M. 日本结晶学会志 . 2000,第1期

机译：第三代XAFS在SPring-8的BL10XU使用可调X射线波动器-高亮度光子源的另一个天堂
4. Thermal Interruption Performance of Ultrahigh-Pressure Free-Burning Nitrogen Arc [C] . Fahim Abid, Kaveh Niayesh, Shashidhara Basavapura Thimmappa, International symposium on high voltage engineering . 2020

机译：超高压自由燃烧氮弧的热中断性能
5. Tracking Multistage Deformation Within an Ultrahigh-Pressure Terrane: Zircon and Monazite Microstructures and Petrochronology From Shear Zones of the Western Gneiss Region, Norway [D] . Dektar, Emily. 2020

机译：挪威西方锭区剪力区追踪超高压地区的多级变形：锆石和单藏微观结构和剥离区
6. Exploring the Active Components of Simotang Oral Liquidand Their Potential Mechanism of Action on Gastrointestinal Disordersby Integrating Ultrahigh-Pressure Liquid Chromatography Coupled withLinear Ion Trap-Orbitrap Analysis and Network Pharmacology [O] . Zhiqiang Luo, ⊥, Guohua Yu, 2021

机译：探索Simotang口腔液体的活性成分及其对胃肠障碍的潜在作用机制通过将超高压液相色谱法相结合线性离子陷阱 - 轨道分析和网络药理学
7. SPring-8, What can we do now? Ultrahigh-Pressure Research with 8 GeV-SR X-ray at BL10XU. [O] . Nozomu HAMAYA, Tetsu WATANUKI 2000

机译：Spring-8，我们现在能做什么？ BL10xu的8 GEV-SR X射线超高压力研究。

Ultrahigh-Pressure Research with 8 GeV-SR X-ray at BL10XU

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