However, if there was a limitation in fiber length/water depth, optimum range of fiber length and lumen diameter existed.
The investigated parameters included spacing of the connectors, strength of the ULCC core, thickness of the steel skin, volume fraction of the fiber, and depth of the cross section.
Yet, such an interferometric SEE system has several limitations, including pronounced speckle noise due to the high spatial coherence of the single-mode fiber, short depth of field due to the confocal gating and limited spectrometer resolution, and necessitates a relatively complex alignment of the optical interferometer.
In red, the SHG-B images depict the changing arrangement of collagen fibers with depth, i.e. a more linear and parallel arrangement of fibers at z =15 μm compared with the more disordered and wavy appearance at a shallower depth of imaging at z = 6 μm.
This approach provides an effective means of enhancing the performance of synthetic fiber-based depth filters.
Chloride content increased with the incorporation and increase of fibers at depths less than 17.5 mm.
The factors considered were cutting speed, work piece fiber orientation angle, depth of cut and feed rate.
The fiber distribution along depth mainly depends on rheological parameters of fresh mixture, especially the yield stress.
Viscosity study of fiber resin mixture, depth of cure and mass change behaviour of the fibers resin composites in artificial saliva were done to analyse the flow ability and physical properties of the fiber resin composites.
Simulations were performed using an insulated needle or an uninsulated needle inserted perpendicular to the skin with the nerve fiber at a depth of 2 cm.
