Significance of Relaxation time
Relaxation time is a crucial parameter in understanding how materials respond after an external electric field is removed. It characterizes the time required for a dielectric material to return to its equilibrium state, significantly influencing polarization decay. This concept encompasses various factors, such as dipolar motion and the material's properties like viscosity and compressibility. Overall, relaxation time indicates the speed at which a system stabilizes post-disturbance, playing a vital role in the dielectric behavior of materials.
Synonyms: Leisure time, Break, Free time, Respite
The below excerpts are indicatory and do represent direct quotations or translations. It is your responsibility to fact check each reference.
The concept of Relaxation time in scientific sources
Relaxation time measures how swiftly a system achieves equilibrium following a disturbance, with its dynamics influenced by factors like viscosity and compressibility, illustrating the system's responsiveness to changes.
(1) Relaxation time refers to the duration of time taken for the muscle to relax after contraction in response to a reflex.[1]