Non-vibrational
Referring to or describing something that does not involve or exhibit vibrations, oscillations, or rhythmic movements. This term is most frequently applied in the fields of physics, chemistry, and engineering to specify systems, processes, or states that lack vibrational energy or behavior. It signifies a stability or lack of dynamic motion associated with the vibrational modes of atoms, molecules, or larger structures. The absence of vibration often implies a specific condition of energy or environmental control.
Non-vibrational meaning with examples
- The material's non-vibrational state at cryogenic temperatures allowed for the precise measurement of its electrical conductivity without interference from thermal agitation. Careful insulation of the experiment was imperative for the non-vibrational conditions. The experiment had to occur in a highly controlled environment.
- During the reaction's transition state, the intermediate complex exhibited a non-vibrational configuration, allowing specific bonds to form without disrupting the overall stability of the molecule. This stable intermediate provided a crucial step toward the final product. Without this configuration, the reaction would be unsuccessful.
- The design incorporated a non-vibrational platform to minimize the impact of external disturbances on the sensitive measuring instruments, ensuring accurate readings. This stable platform ensured that measurement errors were minimized. Vibrations would have interfered with the experiment results.
- The application of a powerful laser led to a non-vibrational cooling of the trapped atoms, bringing them near absolute zero and enabling observation of quantum phenomena. Without laser cooling the atoms would be moving too quickly to observe. The precision of the laser was critical.
- In the analysis of molecular structures, the non-vibrational modes are important for defining a molecule's potential energy surface and predicting its stability. A complete understanding of these stable states is crucial for many chemical applications.