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The implementation of sensing principle of surface plasmon resonance employing an optical fiber as a substrate has concomitantly resulted in the evolution of fiber optic surface plasmon resonance as an exceptionally lucrative scaffold for chemical and biosensing applications.
During generation of multi-pitch tool path, the optic surface is divided into several regions.
The created damage is a set of micro-chips that appear on the optic surface.
While generating multi-pitch tool path, we first divide the optic surface into several subregions according to the removal map.
The tool path plays an important role in the deterministic removal process, which has to cover the whole optic surface.
The amperometric devices are built on the fiber optic surface and are designed to measure cellular oxygen consumption.
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All sections were photographed with fiber-optic surface illumination in a Nikon SMZ800 microscope equipped with a Nikon Digital Sight DS-F1 camera.
We demonstrate for the first time a fiber-optic surface plasmon resonance sensor employing the interrogation method based on spectral interferometric measurements of the phase shift between fiber polarization modes.
To improve biofilm activity and obtain a high hydrogen production performance of biofilm photobioreactor (BPBR), the biofilm growth on the fiber-optic surface was optimized by using a multi-sensor measurement system, plus biofilm thickness automatic control device.
To extend the application of fiber-optic surface plasmon resonance (SPR) sensing technology, the chemical molecular, 2-(((6-aminohexyl)(benzyl)amino methyl) phenyl boronic acid (ABA-PBA), is prepared as the recognition monolayer and immobilized on the fiber-optic SPR probe.
LighTheg Up A Giant Atom With LEDs And Video Mapping.
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