The development of nontoxic initiators which display both high activity and stability at low
catalyst concentrations can be challenging, as these desired attributes often involve …

Abstract Poly (lactic acid)(PLA) incorporated with poly (butylene succinate)(PBS) through in
situ reactive blending is proposed to retard thermal shrinkage. Succinic anhydride (SA) with …

A facile method for the preparation of ultra-high molecular weight of polylactides and poly (ε-
caprolactone) with relatively narrow polydispersity index using BiPh 2 Br catalyst is …

Biodegradable block and random copolymers have attracted numerous research interests in
different areas, due to their capability to provide a broad range of properties. In this paper …

Depending on the solvent employed, the dimeric aluminum phenoxyamide complexes [2-O,
4-R 4 C 6 H 3 CHMeN (3′-R 1, 4′-R 2, 5′-R 3 C 5 HN)] 2 Al 2 Me 2 (R 1= Me, R 2= R 3 …

Aliphatic polyketone poly (ethylene-alt-CO)(PK-E) is a remarkable material known for its
exceptional thermal and mechanical properties, potential photodegradability, and overall …

This study emphasizes the reactivity of (R)-(+)-limonene, a major byproduct of the citrus
industry, and its potential to be used as a biobased thermoset precursor. We separated the …

The synthesis of high-/ultrahigh-molecular-weight poly (l-lactide)(PLLA) having a controlled
morphology remains a challenge because of the low crystallization rate of the material and …

Designing laboratory-scale degradation experiments for polymer-based biomaterials is
crucial for the development of safe and functional implants, in particular regarding high …

In this study, we prepared a series of dinuclear aluminium complexes {Bis {2‐OAlMe2‐3‐
CH= N [CH2CH2N (CH3) 2]‐5‐CH3C6H2} CH2, Bis [2‐OAlMe2‐3‐CH= N (2‐PyCH2)‐5 …