- 更多网络例句与共振杂化分子相关的网络例句 [注：此内容来源于网络，仅供参考]
-
Magnetic phenomenon is a physics phenomenon that we all known well. Magnetochemistry is a subject that studies promoting chemical reaction and effecting bond angel of molecules to vary and making resonance vibration of bond of molecule to produce hybrid complex by magnetic field.
磁现象是人们最熟悉的物理现象之一，磁化学是用磁场促进物质发生化学反应生成新物质及影响物质分子的键角而变异或使分子内的磁力键共振而产生共振杂化体物质的科学。
-
Chemical bonds and structural theory of organic chemistry 6 class hoursKnow the history of organic chemistry; Grasp the basic theory of organicchemistry, such as structural theory, chemical bonds, resonance theory, atomic andmolecular orbital theory, and valence bond theory; understand polar and non-polarcompounds, dipole moment and know how to express the structures of organiccompounds with different molecular formulas.
了解有机化学发展简史；掌握有机化学结构理论、化学键理论、共振理论、原子和分子轨道理论和杂化轨道理论；了解极性和非极性分子并掌握有机化合物结构的表示法。
-
In fact only by considering benzene to be a resonance hybrid comprising at least a pair of cyclohexatriene resonance structures can we come at all close to an accurate picture of the real molecule.
事实上，只有把苯看作是至少由一对环己三烯共振结构（叫做 Kekule 结构）组成的共振杂化体，我们才能全面接近真实分子的精确图像。
- 更多网络解释与共振杂化分子相关的网络解释 [注：此内容来源于网络，仅供参考]
-
tautomerism：互变异构现象
应该指出的是,路易斯在他1916年的论文"原子和分子"一文中使用了互变异构现象(tautomerism)这一术语,但当时他的互变异构现象并不指两个异构体之间的互变现象,其实际含义是后来L.鲍林(Pauling)称之为共振杂化的雏型.