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The aim of our research was to produce poly (lactic acid)(PLA) fibres with diameters in the micrometer size range, serving as the reinforcing phase in self-reinforced (SR) PLA composites. Nonwoven PLA mats were manufactured by solvent-free melt-blowing technology. Three types of PLA differing in d-lactide content were processed with a productivity as high as 36 g/h. The crystallinity of the PLA microfibres was enhanced by thermal annealing. A 2–3-fold increase in the degree of crystallinity was obtained, as measured by differential scanning calorimetry (DSC).
Call for applications of the Foundation of Hungarian Lighting Technology for the Hungarian lighting technicians to support the participation in conferences aimed at expanding international relations with professionals. The scholarship was founded by János Schanda back in 2014 and it is funded by the The Foundation of Hungarian Lighting Technology (MVA). The program aims to improve the international competitiveness and reputation of Hungarian lighting technicians, which is planned to be supported by the Foundation through the presence of international