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Polymer Fiber news and technical articles from Laser Focus World. Search Polymer Fiber latest and archived news and articles
Researchers at the University of Sydney (Sydney, Australia), CeramiSphere, the University of New South Wales, and the Australian Nuclear Science and Technology Organization (all in New South Wales, Australia) have developed a method to incorporate active dopants-including materials incompatible ...
temperature sensitivity so low as to be unmeasurable. "You have to take advantage of the thermal properties of the polymer fiber ; normally these things are quite sensitive to temperature, but if you thermally treat them in a proper way, you
example presented at the OSA's Frontiers in Optics 2010 (FiO; Rochester, NY, Oct. 24-28, session FTuW2), a polymer fiber has a transmission band extending from 550 to 1720 nm (with two narrow interruptions due to higher-order modes
example presented at the OSA's Frontiers in Optics 2010 (FiO; Rochester, NY, Oct. 24-28, session FTuW2), a polymer fiber has a transmission band extending from 550 to 1720 nm (with two narrow interruptions due to higher-order modes
temperature sensitivity so low as to be unmeasurable. "You have to take advantage of the thermal properties of the polymer fiber ; normally these things are quite sensitive to temperature, but if you thermally treat them in a proper way, you
capillaries and erythrocyte flow in the live brain of an anesthetized mouse) passes back through the optics and into a polymer fiber to a photomultiplier tube for analysis. Illumination power was 27 mW at the sample; eight frames acquired over 2
from polymer adds flexibility and robustness. Typically used in short-distance medium-bit-rate applications, polymer fiber is benefiting from advances set to extend its range of applications (see p. 73). You can find out about other optical
fiber reflects off a coated 1‐mm microprism serving as a dichroic mirror and into the GRIN lens probe. A multimode polymer fiber (980‐µm-diameter core) positioned above the microprism captures the fluorescence photons returning through
radiation remotely is a priority. Scientists at the Ecole Polytechnique (Montreal, QC, Canada) have proposed a porous polymer fiber for transmitting terahertz radiation. Because many materials highly absorb terahertz radiation, the group designed
to enlarge image Researchers at the University of Sydney recently added an unusual twist by making a microstructured polymer fiber version of a solid-state dye laser.4 Alexander Argyros and colleagues drilled a pattern of holes into a preform