Antibonding example sentences

"Antibonding" Example Sentences

1. Antibonding orbitals are higher in energy than bonding orbitals.
2. The formation of an antibonding molecular orbital weakens the bond.
3. Electrons in antibonding orbitals destabilize the molecule.
4. Antibonding interactions are repulsive.
5. A high occupancy of antibonding orbitals indicates a weak bond.
6. The molecule's instability is due to its populated antibonding orbitals.
7. Understanding antibonding orbitals is crucial in molecular orbital theory.
8. The presence of electrons in antibonding orbitals leads to bond weakening.
9. Antibonding interactions are significant in transition metal complexes.
10. We observed a significant population of antibonding orbitals.
11. The antibonding character of the orbital is evident from its energy level.
12. Increased population in antibonding orbitals correlates with bond lengthening.
13. The calculations predicted a substantial antibonding interaction.
14. Antibonding molecular orbitals have nodal planes.
15. His research focused on the nature of antibonding interactions.
16. The spectroscopic data confirmed the presence of antibonding electrons.
17. It's important to distinguish bonding from antibonding orbitals.
18. The study reveals novel insights into antibonding orbital interactions.
19. Electrons fill the bonding orbitals before the antibonding orbitals.
20. Antibonding orbitals play a key role in magnetism.
21. This compound exhibits strong antibonding interactions between metal centers.
22. The bond order decreases with increased occupancy of antibonding orbitals.
23. The model accurately predicts the antibonding character.
24. Computational chemistry is often used to study antibonding orbitals.
25. The antibonding molecular orbitals are denoted by an asterisk (*).
26. Their work elucidated the effects of antibonding interactions on reactivity.
27. We investigated the antibonding interactions in this novel material.
28. The reaction is unfavorable due to the formation of antibonding orbitals.
29. Antibonding orbitals are less stable than bonding orbitals.
30. The system's instability stems from its high antibonding orbital population.
31. Antibonding interactions often lead to bond cleavage.
32. A deeper understanding of antibonding orbitals is needed.
33. The experimental results support the presence of antibonding character.
34. Antibonding orbitals are characterized by nodes between atoms.
35. Many chemical phenomena can be explained by considering antibonding interactions.
36. The energy difference between bonding and antibonding orbitals is significant.
37. This method is effective for analyzing antibonding orbitals.
38. It is crucial to consider the contributions from antibonding orbitals.
39. The presence of antibonding orbitals can influence magnetic properties.
40. Understanding antibonding interactions is key to designing new catalysts.
41. The molecule's properties are strongly influenced by the antibonding orbitals.
42. Further research is needed to fully understand the role of antibonding orbitals.
43. We observed evidence of antibonding interactions in the spectrum.
44. The antibonding orbital's shape is different from the bonding orbital's shape.
45. The degree of antibonding interaction depends on the atoms involved.
46. Antibonding interactions are a fundamental aspect of chemical bonding.
47. Their model successfully incorporated antibonding orbital contributions.
48. The antibonding interaction destabilizes the complex.
49. This phenomenon is caused by the occupation of antibonding orbitals.
50. The strength of the bond is inversely proportional to the population of antibonding orbitals.