... In the last twenty years lab on a chip (LOC) devices have emerged as a feasible technology for a number of applications such as analytical chemistry [1], point-of-care diagnostics [2], genomic research [3], etc. One of ...
... distributed opticalfiber hot-wire anemometer capable of reaching a wind speed uncertainty of ≈ ± 0 ...sensing fiber, and within only four minutes of measurement ...distributed optical ...
... an optical medium by an active modification of the group velocity, commonly known under the denomination of "slow & fast light", finds an interesting field of application in optical networking, ...
... Advanced opticalfiber reflectometry techniques enable spatially distributed measurements of true relative deformations over the length of a conventional opticalfiber ...the optical ...
... for opticalfiber coils of small ...bent fiber data was collected using an Optical Time Domain Reflectometer (OTDR), and it was compared to the theoretical predictions of the Marcuse ...
... the fiber that makes the counter- propagating probe and pump waves mostly interacting with unmatched ...in optical fibers and turns out to fully dominate the residual birefringence effect for high SBS gain ...
... the fiber and a posterior sealing of the cladding can be made, leaving the hollow core open, though this methodology is time consuming ...a fiber with a lateral access to simultaneously fill the ...
... the optical properties of the polymer are functions of the state of protonation and the oxidation ...in optical spectra ...good optical quality can be produced by chemical means on almost any desired ...
... the optical field due to their nonlinear properties in the near ...nonlinear optical performance. Many optical applications could benefit from using SWNTs as nonlinear materials, such as noise ...
... of optical amplification ...the optical signal, converted it to the electrical domain, amplified it, applied noise filtering and then converted it back to the optical domain for it to be transmitted ...
... over Fiber (RoF) systems have been proposed as a promising solution for transmitting radiofrequency signals at high data rates over long ...of opticalfiber at 60, 75 and 100 ...as fiber ...
... distributed fiber optic sensors based on Brillouin optical time-domain analysis (BOTDA) [1] for strain and temperature monitoring in many application fields has been constantly increasing during the last ...
... the opticalfiber, which is the physic propagation medium, where they are also affected by some factors that degrade the signal but not as significant as in Wireless ...the fiber from external ...
... Although two polarization switches (one at pump and another at the probe sides) are used to minimize the impact of Brillouin PDG, measurements indicate that BOTDA traces turn out to be slightly affected by polarization ...
... holey opticalfiber with spectroscopic selectivity and suitable for a variety of chemicals with a single ...microstructured opticalfiber (MSF), and probing the resulting heat distribution ...
... [4] opticalfiber as a new transmission medium was preceded by pioneering studies of Hondros and Debye ...the opticalfiber that provided a tremendous stimulus for semiconductor laser research ...
... holey optical fibers with spectroscopic selectivity and suitable for a variety of chemicals with a single ...microstructured opticalfiber (MSF), and probing the resulting heat distribution along the ...
... tunable optical delay line based on the use of a single chirped fiber Bragg grating written into a standard single mode optical ...polarized optical pulses in both directions into the Bragg ...
... mass opticalfiber "selector" meant that the two observation geometries of N O M A D (occultation and nadir) could be sensed using a single optical bench, resulting in an ultralight- weight ...
... CW fiber laser (FL) pumping 9.6 km LEAF fiber with cavity free of ...the fiber, is installed a power meter (PM), for measuring the average power of the output signal, and an optical spectrum ...