SSR-Aqueous surface and interface-revised.pdf 氢键(O: H — O)耦合振子对的非对称超短程作用以及分段比热差异主导冰水在受激时所呈现的超常自适应、自愈合、高敏感等特性; 而H « H反氢键、O: Û :O超氢键、以及离子或偶极子的介入破坏水的2N守恒以调制溶液的氢键网络和性能 真理 ...
敬请留意: Relaxation of the Chemical Bond, Springer 2014 的中文版在国家科委出版基金资助下已经由高等教育出版社发行。 简介: 从成键与非键的形成、断裂、弛豫、振动以及相应的电子迁移、极化、局域化、致密化动力学角度出发, 本书旨在揭示固体表面化学吸附、异质界面、拓扑缺陷、低维结构等非常规配位 ...
Chang Q Sun Spectrometrics Bond-Electron-Phonon Cooperativity 0-Front matter-011.pdf Spectrometrics resolvesatomistic, dynamic, and quantitative information on the bond-electron-phononcooperativity in solid and aqueous substance subjecting to perturbatio ...
Nanobubble Skin Supersolidity pubs.acs.org/doi/pdf/10.1021/acs.langmuir.6b01660 by X Zhang nanobubble skin shares the same supersolidity to molecular clusters, skins of water bulk .. shows both numerically and phonon spectrometrically why Nanobubble is thermally more stable, mechanicall ...
Chinese Front matter-02.docx 内容简介 本书展示关于水和水溶液的系统认知和研究进展,包括氢键非对称弛豫与电子极化理论、电子与声子计量谱学分析技术和各种数值计算结果;同时也以科普的形式介绍水科学研究的历史、背景、现状、与展望。 全书内容归纳为水的结构、 相图、氢键的耦 ...
02-The Attribute of Water 113 front matter.pdf O:H–bond segmental disparity and O–O repulsivity form the soul dictating the extraordinary adaptivity, coopera-tivity, recoverability, and sensitivity of water and ice - The Attribute of Water, 2016 Bond a ...