The extrusion width coefficient is the nozzle diameter multiplication factor. That is extrusion width = nozzle diameter * coefficient.

The extrusion width coefficient is the nozzle diameter multiplication factor. That is extrusion width = nozzle diameter * coefficient.
The solid plastic layers below fiber count is the number of macrolayers in which solid infill will be generated. It needs to prevent fiber fall through cellular infill.
The solid plastic layers above fiber count is the number of macrolayers in which solid infill will be generated. This parameter not used as solid plastic layers below fiber, so you may want to use it only for cover up fiber polygons from above.
The printing speed coefficient is the multiplication factor which will be applied to fiber print speeds.
The fiber feedrate is the percent of full presumed path length. Descrease this parameter to increase fiber tension and increase this parameter to descrease fiber tension.
The extrusion width is the width of composite material (plastic + fiber).
The printing speed is the speed which will be applied to plastic perimeters printing. Set this parameter as high as possible to speed up printing process.
The extrusion width coefficient is the nozzle diameter multiplication factor. That is extrusion width = nozzle diameter * coefficient.
The printing speed is the speed which will be applied to external shell printing. Set this parameter to the sufficient minimum to improve surface quality of parts. The slower printing speed, the lower chance to obtain vertical ringing on parts.
The extrusion width coefficient is the nozzle diameter multiplication factor. That is extrusion width = nozzle diameter * coefficient.