What are the Typical Time Scales in Nanotechnology?
Time scales in nanotechnology can range from femtoseconds (10-15 seconds) to milliseconds (10-3 seconds) and even longer. Here are some examples:
Femtoseconds: This time scale is relevant for ultrafast laser spectroscopy and electron dynamics. Picoseconds: Molecular vibrations and certain chemical reactions fall into this category. Nanoseconds: This scale is important for processes like fluorescence and some diffusion mechanisms. Microseconds: Useful for studying slower diffusion processes and some mechanical deformations. Milliseconds: Relevant for observing larger scale mechanical deformations and certain self-assembly processes.
