The effective control of any technological process is essential in ensuring high-quality
finished products. This is particularly true in manufacturing knowledge-intensive and high …

Solving the problem of the stability of the manufacturing process (“drawing”) of
microstructured optical fibers (“holey fibers”) is of paramount importance for determining …

The stability problem solution of the manufacturing (drawing) of the quartz capillaries (pipes)
for microstructured optical fibers (hole-assisted fiber) is important for determining the …

This paper is devoted to the optimization of the “stack-and-draw” process for fabricating
microstructured solid-core optical fiber, based on the Box–Wilson (steep-ascent) …

Multiphasic optical fibers are promising systems to develop new optical devices. The main
issue for their optimization is the control of the structure of the phases. To improve the …

The present contribution deals with thermofluidynamical features occurring during the
drawing of capillaries for microstructured optical fibres. Here, the process stability depends …

Micro-structured optical fibres (ie fibres that contain holes) have assumed a high profile in
recent years and given rise to many novel optical devices. The problem of manufacturing …

Theoretical aspects of microstructured fibers fabrication from preforms with sealed holes at
the top end are discussed. Dependences of the holes blowing degree on their diameters, on …

A broad review is given of microstructured fiber optics components-light guides, image
guides, multicapillary arrays, and photonic crystal fibers-fabricated using the stack-and-draw …

In drawing microstructured optical fibers (MOFs), the cross-sectional hole structure, including
holes' relative size and shape, in a finished fiber drawn down from a preform can be different …