High Modulus Nylon 66 FibersThrough Lewis Acid-Base Complexation to Control Hydrogen Bonding and Enhance Drawing Behavior

机译：高模量尼龙66纤维洗涤路易斯酸碱络合以控制氢键并增强拉伸行为

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Polyamide or nylon 66 (PA66) has been complexed with the Lewis acid GaCl_3 for the purpose of temporarily disrupting the interchain hydrogen bonded network. FTIR and ~(13)C-NMR observations indicate that Ga metal cations form a 1:1 complex with the carbonyl oxygens of the PA66 amide groups.

机译：聚酰胺或尼龙66（PA66）已与Lewis酸GaCl_3络合，以临时破坏间歇氢键网络。 FTIR和〜（13）C-NMR观察结果表明，Ga金属阳离子与PA66酰胺基团的羰基氧式形成1：1络合物。

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《Division of Polymeric Material: Science and Engineering American Chemical Society meeting》|2004年||共2页
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DongWook Jung; R. Kotek; N.Vasanthan;
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中图分类高分子化合物工业（高聚物工业）;
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1. Lewis acid-base complexation of polyamide 66 as a mean to control hydrogen bonding to form high strength fibers and films [J] . Nadarajah Vasanthan, Richard Kotek, Dong-Wook Jung, Polymer Preprints . 2004,第1期

机译：聚酰胺66的路易斯酸碱络合作为控制氢键形成高强度纤维和薄膜的手段
2. Lewis acid-base complexation of polyamide 66 to control hydrogen bonding,extensibility and crystallinity [J] . Nadarajah Vasanthan, Richard Kotek, Dong-Wook Jung, Polymer: The International Journal for the Science and Technology of Polymers . 2004,第12期

机译：聚酰胺66的路易斯酸碱络合可控制氢键，可扩展性和结晶度
3. Strong Lewis Acid-Base and Weak Hydrogen Bond Synergistically Enhancing Ionic Conductivity of Poly(ethylene oxide)@SiO2 Electrolytes for a High Rate Capability Li-Metal Battery [J] . Xu Zhong, Yang Tao, Chu Xiang, ACS applied materials & interfaces . 2020,第9期

机译：强大的路易斯酸碱和弱氢粘合协同增强聚（环氧乙烷）的离子电导率，用于高速率能力Li-Metal电池的电解质
4. High Modulus Nylon 66 FibersThrough Lewis Acid-Base Complexation to Control Hydrogen Bonding and Enhance Drawing Behavior [C] . DongWook Jung, R. Kotek, N.Vasanthan Division of Polymeric Material: Science and Engineering American Chemical Society meeting . 2004

机译：高模量尼龙66纤维洗涤路易斯酸碱络合以控制氢键并增强拉伸行为
5. LEWIS ACID-BASE INTERACTIONS. PART ONE: THE EXTENSION AND LIMITATIONS OF THE FREQUENCY SHIFT-ENTHALPY CORRELATIONS OF HYDROGEN BONDING SYSTEMS. PART TWO: EXTENSION AND REFINEMENT OF THE E AND C CORRELATION. [D] . VOGEL, GLENN CHARLES. 1970

机译：路易斯酸基相互作用。第一部分：氢键系统的频率转换-焓相关性的扩展和局限性。第二部分：E和C相关性的扩展和完善。
6. Nucleophilicities of Lewis Bases B and Electrophilicities of Lewis Acids A Determined from the Dissociation Energies of Complexes B⋯A Involving Hydrogen Bonds Tetrel Bonds Pnictogen Bonds Chalcogen Bonds and Halogen Bonds [O] . Ibon Alkorta, Anthony C. Legon 2017

机译：Lewis碱B的亲核性和Lewis酸A的亲电性由涉及氢键Tetrel键Pnictogen键硫属元素键和卤素键的配合物B⋯A的解离能确定
7. Nucleophilicities of Lewis Bases B and Electrophilicities of Lewis Acids A Determined from the Dissociation Energies of Complexes B⋯A Involving Hydrogen Bonds, Tetrel Bonds, Pnictogen Bonds, Chalcogen Bonds and Halogen Bonds [O] . Ibon Alkorta, Anthony C. Legon 2017

机译：路易斯碱B的亲核性和路易斯酸的亲电性a由配合物的解离能决定B⋯涉及氢键，T型键，pnictogen键，硫属键和卤素键
8. Studies of hydrogen-hydrogen and carbon-sulfur bond cleavage; Lewis acid modified molybdenum sulfide complexes; and Syntheses and reactions of pyrrole complexes. Final report [R] . 1998

机译：研究氢 - 氢和碳 - 硫键裂解;路易斯酸改性硫化钼配合物;和吡咯配合物的合成和反应。总结报告

High Modulus Nylon 66 FibersThrough Lewis Acid-Base Complexation to Control Hydrogen Bonding and Enhance Drawing Behavior

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