| Popis: |
The widespread application of poly methyl methacrylate (PMMA) attracted the exerting efforts here to investigate the ability of production Nano fibers of this polymer material enhanced by natural chlorophyll pigment. The work aimed to construct a general visualization about the allowed bound of the addition of the natural chlorophyll pigment to PMMA nanofiber by presenting a general statistical model. Different chlorophyll concentrations were added to the matrix material throughout preparing the specimens. Production of nanofibers has been concocted by using the electrospinning technique. The reliable assessment norm in this paper is the extent of compatibility of the additive concentration in the used polymer. The results of viscosity of the variant solutions, images of Scanning electronic microscope SEM, Analysis of Fourier Transformation Infrared Radiation FT-IR, demonstrated their subordination to the Gaussian distribution versus the chlorophyll concentration. The distinctive allocation revealed two asymmetric plateaus. The smaller first one represented the manner properties of the homogenous Nano fibers. However, the great plateau symbolized the behavior of the heterogeneous specimens. The gained regions determined the allowed limits of the homogeneity and heterogeneity of the Nano fibers depending on the additive chlorophyll concentration. |
