【英语】resonance的例句
时间: 2024-09-29 03:00:48
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当我们谈论化学键时，共振结构是指分子的不同电子结构，这些结构可以通过电子的重新分布来解释。
1. The concept of resonance in chemistry explains the delocalization of electrons within molecules.
（化学中的共振概念解释了分子内电子的离域性。）
2. Resonance structures are used to represent the distribution of electrons in molecules with multiple bonding possibilities.
（共振结构用于表示具有多种成键可能性的分子中电子的分布。）
3. In benzene, resonance stabilization occurs due to the delocalization of π electrons over the ring.
（在苯中，由于π电子在环上的离域，发生了共振稳定化。）
4. The resonance hybrid of a molecule is a blend of its contributing resonance structures.
（分子的共振杂化体是其贡献的共振结构的混合体。）
5. The ozone molecule exhibits resonance, where the double bond character is delocalized over the three oxygen atoms.
（臭氧分子表现出共振现象，双键特性在三个氧原子上离域分布。）
6. Resonance effects in organic chemistry often influence the reactivity and stability of molecules.
（有机化学中的共振效应通常影响分子的反应性和稳定性。）
7. Understanding resonance structures helps chemists predict the behavior of molecules in reactions.
（理解共振结构有助于化学家预测分子在反应中的行为。）
8. Resonance contributes to the unique properties observed in conjugated systems like polyenes and aromatic compounds.
（共振有助于共轭系统（如多烯和芳香化合物）中观察到的独特性质。）
9. The stability of carboxylate ions can be explained by resonance stabilization.
（羧酸根离子的稳定性可以通过共振稳定化来解释。）
10. Resonance theory is fundamental in understanding the electronic structure of molecules beyond simple Lewis structures.
（共振理论是理解分子电子结构的基础，超出了简单的Lewis结构。）
11. Aromatic compounds like benzene have resonance structures that explain their unusual stability.
（苯等芳香化合物具有共振结构，解释了它们的不寻常稳定性。）
12. Resonance stabilization is important in determining the acidity of organic compounds.
（共振稳定化对确定有机化合物的酸性很重要。）
13. Resonance structures are theoretical constructs used to simplify the understanding of molecular bonding.
（共振结构是理论构造，用于简化对分子成键的理解。）
14. The concept of resonance extends to other fields such as physics and music, describing phenomena where energy is transferred between systems.
（共振概念扩展到物理学和音乐等其他领域，描述了能量在系统间传递的现象。）
15. Resonance occurs when there is a match in frequency between a driving force and a natural frequency of a system, leading to amplification of vibrations.
（共振发生在驱动力与系统的固有频率之间存在匹配时，导致振动的放大。）