CW laser

CW laser

[¦sē¦dəb·əl‚yü ′lā·zər]
Mentioned in ?
References in periodicals archive ?
Tenders are invited for Ultra-Stable Single Frequency 1064 Nm, Nd YAG CW Laser With Noise Eater As Per The Details Mentioned In Technical Specifications Sheets 1 No.
A CW laser is generated by continuously pumping energy into the active medium to perform an equipoise between the number of atoms raised to the excited state and the number of photons emitted [10].
3)] and optical power limiting of POA and PPy under CW laser has not been reported till date.
Geola has found that, using a pulsed laser with output at 440 nm (indigo/blue light), with test photoresist samples from Shipley and Micro Resist Technology, it can expose holographic pixels ('hogels') at a fifth of the exposure energy of a CW laser.
However, this configuration requires higher illumination power from the two CW laser sources.
The optical pulses are obtained by modulating CW laser irradiation in MZM with previously mentioned bit sequence.
Al-Watban and Zhang concluded that LLLT using pulsed CW laser at the appropriate dosimetry and frequency can accelerate wound healing in rats [22].
Since the ROCs effectively "chop" the CW laser beam, it's possible to get "interference" between the two ROCs, thus, causing an error in the calibrated attenuation value of the attenuator-ROC.
The green CW laser will be unveiled at the BiOS (Booth # 8226) and Photonics West (Booth # 1419) shows in San Jose, CA the week of January 25, 2009.
The computer simulations and experiments of the P-SPM and CW SPM measuring techniques allow for the statement that in the method with a laser source of pulses the OF influence on the propagation of optical signal is noticeably greater, since there is pronounced pulse spectrum extension due to a shift in the nonlinear phase; in turn, in the case of a CW laser source in the spectrum infinitesimal additional spectral components arise.
The real image is reconstructed using a CW laser and displayed on a screen, which is moved through the image, 'slicing' it into a series of 2D sections which are captured by a CCD camera and stored digitally.
The majority of thermal detectors used for high-power CW laser measurements consist primarily of thin metal discs with appropriate housings.