The spectral and spatial resolution of the system has been characterized by using the emission from a hollow-cathode lamp or a laser-produced plasma.
Patients were properly positioned on a stable chair with the chin rested on the slit lamp that was mounted with a laser wavelength, Carl Zeiss Visulas 532S laser system.
For combined high-speed OCT imaging and temperature measurements during laser irradiation of the retina a laser slit lamp (LSL 532s, Carl Zeiss Meditec, Jena, Germany) was supplemented by devices for optoacoustic temperature measurements and high speed OCT imaging (Fig. 1).
Photolysis induced by a UV lamp [ 58] or a laser [ 59– 65] and radiolysis induced by X-ray [ 66– 70] and γ-ray [ 71] irradiation as well as pulsed electron beam methods [ 72] have proven to be useful to produce hydroxyl radicals for protein footprinting experiments (see " Protein surface mapping").
The main difference between traditional projection and laser TV is the light source: most projection systems use a white-light lamp, whereas laser TV uses an array of lasers.
The sample absorbs photon from a monochromatic source such as a laser or Xe lamp, which results in electron excitation from the valence band to the conduction band.
As with the VeroTect bio-detector and Biral Aspect samplers (shown in Table 3 as they use virtual impaction) typically optical sensor-based samplers can operate continually by assessing the size of particles, their pigmentation (absorbance or reflectance) and/or fluorescence under certain excitationary wavebands from a source such as a laser or xenon lamp.
A laser beam with lamping current, pulse duration, welding speed and focused position of 145 A, 1.5 ms, 125 mm/min and −0.5 mm respectively were identified as the optimal set of laser welding parameters to obtain a welded area with desirable magnetic properties.
From the measurements of photoconductivity of our samples under three conditions using a continuous Xe lamp, one IR laser pulse, and a repeated IR laser pulse, we demonstrated that two response modes coexist.
In the devices used for EDM, the radiation is either light (generated by a laser or an electric lamp) or an ultrahigh-frequency radio beam.
