It is not feasible to make a trigger decision in 25 ns; it takes about 3 μs.
It should be noted that, in the intermediate intensities ( 10^{14}10^{16};{text{W}};{{text{cm}}^{-2}} ;upmu{{text{m}}^{2}} ) with laser pulse duration of order a few ns, it is convenient to assume that T e is constant and the dominant spatial dependence comes from the electron density (n e ).
However, because the time resolution of the laser timing system is 100 ns, it was apparent that the time intervals between two pulses used for the time transfer experiment had a jitter of 100 ns in addition to 1/170 Hz (5.882 ms).
During the simulation time (i.e., 50 ns), it was observed that water molecules penetrated into the CNT and passed through it in such a way that the CNT remained occupied by an average of about five water molecules during the whole period of 50 ns.
FLIM is precise and straight-forward, but as lifetimes of fluorescent proteins are in the order of a few ns, it requires dedicated and complex equipment.
The sensitivity of the NPA was 92%, while for the NS, it was 67%.
