Analysis reveals the two-time correlation function measures dynamics longer than one-time correlation function, indicating dose dependence in liquid and glass dynamics.
Key Points
The two-time correlation function outperformed the one-time correlation function in measuring dynamics.
Observations suggest a weak relationship between dose applied and measurement accuracy.
This work involves analysis through X-ray photon correlation spectroscopy and electron correlation microscopy.
Examining correlation methods provides insights into characterizing liquid and glass dynamics.