Here, we define the concepts of optical fiber chemistry and optical fiber chemi-cal catalysis, delineate their fundamental elements, and formulate the underlying catalytic laws.
Optical fiber-based femtoliter arrays are fabricated by acid etching optical fiber bundles purchased from Schott North America, Inc. (Elmsford, NY). The silica-based optical fiber bundles
This study produces important guidelines for the selection of the number of fibers, input spatial frequency, and initial position deviation of the hexagonally arranged fiber imaging bundles.
The concept of using optical fibers to distribute light within heterogeneous photo-assisted catalysts is extended to photo-electrochemical cells. The potential drop in a semiconductor photo-electrode...
Application of semiconductor photocatalysis in a fixed-bed fiber-optic bundled array cable reactor (OFR) for the purification of contaminated water is investigated in this thesis.
We have further demonstrated that this femtoliter fiber-optic array can be integrated into a PDMS microfluidic channel system and sealed with oil on-chip, creating an easy to use and high
A fiber optic cable assembly includes first and second cable sections each having a jacket, at least one optical fiber, and multiple strength members. An intermediate cable section
Abstract The concept of using optical fibers to distribute light within heterogeneous photo-assisted catalysts is extended to photo-electrochemical cells. The potential drop in a semiconductor photo
An optical fibre bundle, an optical cable, and a manufacturing method for an optical fibre bundle, wherein an optical fibre bundle (30) comprises: a plurality of optical fibres (21) bundled and arranged
Therefore, the development of optical fibre reactors for photocatalytic reactions requires a process to coat large lengths of optical fibres with a photocatalyst with a homogeneous coating and a
A previous paper (Marinangeli and Ollis, 1977) considered light transport in a single optical fiber which was coated with a heterogeneous photoassisted catalyst.
A fiber bundle is an assembly of 2 or more optical fibers in a sleeve or with a connecter attached to the ends of the bundle. Bundling thin optical fibers allows us to bend them at a smaller radius than a
Operando monitoring of highly localized and rapid temperature changes during photo-involved catalysis reactions at liquid-solid interfaces via narrow bandwidth fiber-optic spectral combs.
The optical-fiber photoreactor, comprised of nearly 120 Cu/TiO2-coated fibers, was designed and assembled to transmit and spread light uniformly inside the reactor.
This paper analyzes simultaneous mass, heat, and light transport in a catalyst on a single fiber, and in a likely large-scale configuration, a bundle of parallel, catalyst-coated optical fibers. The dimensionless
In this review, we have focused on introducing photocatalytic quartz optical fibers and photocatalytic plastic optical fibers for the degradation and transformation of gas-phase air pollutants.
According to this structure, the overall weight and cost of the optical fibre bundle (30) can be reduced, and the connection of all the optical fibres (21) is easily realized.
Fiber bundles, made from glass or plastic fibers, have many applications in illumination, imaging and optical sensors, for example.
High-degree time-multiplexed multifocal multiphoton microscopy was expected to provide a facile path to scanningless optical-sectioning and the fast
Over the years the arrays were optimized and employed for various bioanalytical applications. Optical-fiber bundles consist of hundreds to several thousands of individual glass fibers that are bundled,
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