Sentence examples for narrow pulse width from inspiring English sources

The RTP electro-optical Q-switched ceramic laser at the wavelength of 678 nm with narrow pulse width is studied.

Pulse plating with ultra narrow pulse width and high peak current density was employed to increase the deposition current density and the nucleation rate.

This pulsed current source can be used, not only as the power supply for the ordinary high speed narrow pulse width laser diode, but also as an ideal drive power for the high energy, narrow width pulse laser diode.

By using double RTP crystals as electro-optic Q-switch and KTP crystal type II phase matching for intracavity frequency-doubling, a narrow pulse width electro-optical Q-switched Nd YAG ceramic laser was obtained.

In Fig. 5(c) for Δl = 3, the power is mostly coupled into higher-order modes with stronger suppression of medium-order modes and lower-order modes compared to Fig. 5(a) and (b), producing a narrow pulse width and a lower BER value of 4.86 × 10−9.

The narrowest pulse width obtained is 4.4 μs and a pulse energy as high as 25.56 nJ is generated.

In our previous work [ 31], an enhanced TFMPEM was assembled in which a high-resolution DMD replaced the blazed grating as the diffraction component to separate the different frequencies, thereby allowing the frequencies to then re-overlap completely at the front focal plane of the objective lens to achieve the narrowest pulse width possible on the temporal focusing plane.

Compared to the rectangular moderator, the cylindrical design gives higher pulse-peak intensities with narrower pulse widths, without penalizing the time-integrated intensities, thus providing a more uniform angle dependence.

The effects of the IRF can be reduced by using TR instruments with narrower response functions, which can be achieved by using lasers with narrower pulse widths, less dispersive fibers (e.g., graded-index fibers) and single-photon detectors with narrow temporal responses.

Mounted underneath was "a Teledyne Optech Titan MultiWave multichannel, multi-spectral, narrow-pulse width lidar system," which pretty much says it all: this is a heavy-duty instrument, the size of a refrigerator.

A silver-indium-cadmium (Ag-In-Cd, or AIC) alloy with a 1 eV high neutron cut-off energy was originaly developed as a decoupler to provide a narrow neutron pulse width with a short tail for the J-PARC 1-MW short-pulsed spallation neutron source.