… There is no indication of ordered polyethylene terephthalate) structure, although as the …
higher proportions of ethylene terephthalate. Second, the match between the fiber and electron dif…

… PHT, POT, or poly(decamethylene terephthalate) (PDT). This study deals with the preparation
and characterization of such copolyesters, converted into fibers by melt spinning, and the …

… For TN block copolyesters with PET as the main component and number-averaged … copolyester
crystals were related to PET. TN block fibers were produced from a TN block copolyester …

… of copolyesters, which could be spun into high-modulus fibers also … In analogy to the enhanced
properties of poly(ethylene … and fiber properties of a blend of poly(ethylene terephthalate…

… copolyesters than a neat PET, which have good mechanical properties and can be further
spun into fibers … as well as physical characterization of the spun fibers were then followed up. …

… terephthalate) (PET), poly(l,4-cyclo hexylene dimethylene terephthalate) (PCT) and ET/CT
copolyesters were performed and the structure and properties of as-spun fibers were …

… The polyester and copolyester fibers were examined under scanning electron microscope. …
, the fibers were becoming thinner and thinner. On high loss in weight, copolyester fibers …

… Corresponding copolyesters were spun into fibers with melt spinning method. Chemical
and … structures of prepared copolyesters were similar to that of Poly(ethylene terephthalate). …

… Copolyester fibers were … -set fibers (DR5) of various copolyester are given in Table VII. It is
obvious from the table that, under all the three conditions, the dye uptake of copolyester fibres …

… 42% with the addition of 15 wt% of fibers and the flexural strength by 28% corresponding to
5 wt% of fibers, and then remained unchanged as fiber loading increased from 5 wt% to 15 wt…