Currently
operating neodymium-glass lasers can provide
100 TW of power in
1.0-ns pulses at a wavelength of
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Solution: Click For PDF Version Pulse duration of the waves emitted by the neodymium-glass lasers is
Therefore, the number of pulses emitted per second by the laser of 100 TW of power will be
Therefore, energy contained in a single pulse will be
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.
We have to find the energy contained in a
single pulse.
