… fiber-to-fiber recycling technology, converting afterlife apparels into pure and colorless
PET followed by fiber spinning and dyeing of the recycled PET fibers … a promising fiber-to-fiber …

… of the fibers in the nonwovens, binding elements (single fiber, strand, … fiber structure in the
nonwovens are fiber orientation, the frequency distribution of the fiber arrangement, and fiber …

… The morphological change of poly(ethylene terephthalate) (PET) fibers by a short heat …
on the fibers during the treatment) was investigated. Heat treatment on polymeric fibers, in …

… orientation of ON phase in the fiber that was derived from the … that a stress emerges rapidly
on fiber above glass transition … on fiber then dropped drastically as the temperatures of fibers …

… the fine structural characteristics of fibers. We, therefore, begin with the structural characteristics
of the fibers, before we discuss the thermal deformations of PET fibers such as thermal …

… fibers was performed and the change of fiber structure with … (50)], and poly(ethylene
terephthalate) (PET) were selected and … and LLDPE(50)/PET bicomponent fibers] were studied. …

… properties of polyethylene terephthalate fiber. To investigate … , and the thermal shrinkage
of drawn fibers increased, while the … presumably resulted in the fiber strength being retained. …

… POLY (ETHYLENE TEREPHTHALATE) FIBERS DRAWN AT … the structure, mechanical and
thermal properties of PET fiber … the fine structure and physical properties of the fibers. Results …

… The structure and properties of the as‐spun fibers of poly(ethylene terephthalate) (PET)
blends … The effect of the drawdown ratio on the orientation of the as‐spun blend fibers is highly …

… Traditionally, the presence of the porous structure in … the crazed fibers after stretching in AALE
and the fibers stretched in … both fibers remain virtually uncolored. This fact conveys that the …