博文
- 自发与可控爆炸的区别何在？
- What makes an explosion happen? JML-explosion.pdf Liquid NaCl explosion.mp4 Liquid NaCl explosion-02.mp4 分子间的H↔H or X:⇔:Y排斥与X:H-Y 耦合振子对的拉伸既稳定分子晶体的结构又通过共价键的压缩而储能；X:⇔:Y的排斥启动爆炸而X:H张力约束爆炸发生(X, Y = O或N)。 自发爆 ...
- [转载]氢键规则：带你探索神奇的冰水世界
- http://news.sciencenet.cn/htmlpaper/2019/10/2019102316182280053143.shtm 人们对水的研究最多，然而知之最少；研究投入越多，手段越先进，认知却越迷茫。英国《自然》杂志前资深编辑菲利普 · 鲍尔曾经指出，水真的是太神奇、太反常、太具有挑战性了，甚至断言根本就不可能有人真正知道水的秘密。美国《 ...
- 《价键弛豫》《计量谱学》《氢键规则》《水合反应》系列专著要点封皮
- 主题： Cooridnation bonding and electronic dynamics “ Bond and nonbond relaxation by physical perturbation or transformation by chemical reaction, and the associated energetics, localization, entrapment, and polarization of electrons dictate performance of substance . ” ...
- 亚纳米水滴的外壳壁厚和水合离子团簇体积的谱学计量
- JML-Confinement and hydration.pdf A combination of the spatially- and temporally-resolved phonon spectroscopies has enabled calibration of hydrogen bond transition from the vibration mode of heavy water to the core-shell structured nanodroplets and to the ionic hydration shells of salt solut ...
- 【JPCL】氮五环炸药结构稳定与储能机制：氢键、超氢键和反氢键耦合
- Stabilization of the Dual-Aromatic Cyclo-N5ˉ Anion by Acidic Entrapment Lei Zhang, Chuang Yao, Yi Yu, Sheng-Li Jiang, Chang Q Sun, Jun Chen J. Phys. Chem. Lett. 2019 , 10 , 10 , 2378-2385 https://doi.org/10.1021/acs.jpclett.9b01047 JPCL-5N.pdf Pentaz ...
- 统一低配位原子、缺陷、表面、纳米结构属性的BOLS-NEP 理论(open access)
- www.sciencedirect.com/science/article/pii/S2589965119300893 https://doi.org/10.1016/j.nanoms.2019.12.001 The BOLS-NEP theory reconciling the attributes of undercoordinated adatoms, defects, surfaces and nanostructures Abstract This article describes a theory unifying the unusual perform ...
- 水，远比咱们知道的有趣，。。。 -《氢键规则》《水合反应》面世
- 《氢键规则》高教出版社，2019 高教链接 ： http://www.hep.com.cn/book/details?uuid=c715298b-1671-1000-86fd-c9226b901f10 英文版：The Attribute of Water: Single notion, multiple myths, SPringer 2016 pringer-water: https://www.springer.com/gp/book/9789811001789 “O:H – O ...
- [转载]科学新闻 - 氢键规则：带你探索神奇的冰水世界
- http://news.sciencenet.cn/htmlpaper/2019/10/2019102316182280053143.shtm
- 冰为什么自润滑？ 软声子和电悬浮
- From Ice Superlubricity to Quantum Friction: Electronic Repulsivity and Phononic Elasticity Friction.pdf Molecular undercoordination induced O:H-O relaxation and nonbonding electron polarization endowed ice surface with supersolidity that is elastic, gel-like, hydrophobic, le ...
- 科学通报： 旨在揭示物质与生命奥秘的计量谱学工程
- 形貌学、衍射学、计量谱学与量子计算结合，揭示电子、原子、分子在时、空、能量域的行为以及相互作用 规律 。 谱学提供直接孵化可测物理量的尺度和能量的定量、本源性信息，而形貌和衍射学提供观测的证据。 通过施加外场对体系的哈密尔顿进行微扰以驱动声子频率和电子能级偏移，以获取始料未及的 ...
