These features make it possible to identify interesting events that produce coincident pulses in several counters.

Dr. Clark said these had produced "palpable pulses" for a short time, but all were "to no avail."

An ordinary push-button switch usually produces several pulses instead of one.

One turn of a winding often produces pulses of several volts.

He showed that hadron-electron-photon showers and even single fast particles may produce sound pulses.

Lasers that produce pulses can also be characterized based on the peak power of each pulse.

A few who have small pieces of land produce millets and pulses.

Dispersion control is also important in lasers that produce short pulses.

Q-Spoil is a technique used to produce high power short duration optical pulses.

This type of system is used frequently in high average power laser systems, and can produce pulses ranging from 500 microseconds to over 20 milliseconds.