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| 日本放射光学会誌 Journal of JSSRR |
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| Vol.39,No.5/Sept 2026 |
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| 【表紙の説明】 時分割X線分子動態計測法の模式図。A）標識ナノ結晶の回折斑点を追跡するDiffracted X-ray Tracking。B）ナノ結晶をプローブとするDiffracted X-ray Blinking; DXB。C）試料自体をプローブとするDXB。D）小角散乱強度の揺らぎを捉えるSmall Angle X-ray Blinking。 Schematic illustrations of time-resolved X-ray molecular-dynamics measurement methods. (A) Diffracted X-ray Tracking monitors the movement of diffraction spots from nanocrystals attached to target molecules. (B) Diffracted X-ray Blinking (DXB) uses nanocrystals as probes. (C) Label-free DXB uses the sample’s own diffraction signal. (D) Small Angle X-ray Blinking analyzes fluctuations in small-angle scattering intensity. |
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| *SPring-8-II 時代における放射光研究知識基盤の再設計 — AI for Science，データ駆動，複数施設の相補的利用，研究支援機能の高度化— 坂田修身（p221） *Redesigning the synchrotron radiation research knowledge infrastructure in the SPring-8-II era — AI for Science, data-driven research, complementary use of multiple facilities, and advanced research support functions — Osami SAKATA (9 pages, 1,397k) |
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| *時分割Ｘ線分子動態計測法によるウイルス表面タンパク質及び高分子材料の分子動態評価 佐々木大輔, 佐々木裕次, 新井達也（p230） *Evaluation of the molecular dynamics of viral surface proteins and polymeric materials using time-resolved X-ray molecular-dynamics measurement methods Daisuke SASAKI, Yuji C. SASAKI and Tatsuya ARAI (14 pages, 6,651k) |
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| *初めての心臓手術―TAVI手術を受ける 寿栄松宏仁（p.244） (1 pages, 1,062k) |
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| *新博士紹介 小林弘樹（p.245） (2 pages, 1,089k) |
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