Investigation of molecular reorientation in poly(butylene terephthalate)/decylamine/fullerene nanocomposites

Effect of Fullerene Derivates on Thermal and Crystallization Behavior of PBT/Decylamine‐C60 and PBT/TCNEO‐C60 Nanocomposites

“…The results confirm that the thermal properties as well as molecular dynamics [14,21] of PBT/DA-C 60 and PBT/TCNEO-C 60 nanocomposites were changed in comparison with those of the virgin PBT. The studies of the melting and cooling processes show differences for the virgin PBT and PBT/DA-C 60 and PBT/TCNEO-C 60 nanocomposites.…”

“…as the ratio between the area of the endothermic peak (melting enthalpy ΔH m ) and the theoretical value of enthalpy of homopolymer for 100% crystalline poly (butylene terephthalate) ΔH f = 142 J/g [14,15]. The estimated values of crystallinity χ c presented in Table 1 slightly increase for nanocomposites in comparison with those for the virgin PBT.…”

Solid state 1H NMR study of molecular dynamics and domain sizes in PBT with the fullerene derivates: Decylamine–C60 and tetracyanoethylene oxide–C60

“…The poly(butylene terephthalate) PBT is a thermoplastic of industrial interest due to its excellent mechanical properties [8,9]. The dispersion of nanoparticles C 60 in the polymer matrix is an effective way to improve some mechanical, barrier, thermal and in some cases fire properties of this material.…”

Assessment of IsPETase-Assisted Depolymerization of Terephthalate Aromatic Polyesters and the Effect of the Thioredoxin Fusion Domain

“…• m = 140 J/g [42], the calculated degree of crystallinity of the PBT used was 38.6%. As PHT analysis did not show a cold crystallization temperature after precipitation, it was assumed that it was as a semicrystalline form.…”