Liquid metal dealloying combined with polymer impregnation as novel promising technology for bioHEA-based implant manufacturing

The paper provides a short review of liquid metal dealloying (LMD) combined with subsequent polymer impregnation as promising technology to synthesize low modulus metal-polymer composites for biomedical applications. introduction presents the key problems and relevance development synthesis such materials. “Theoretical basis” chapter defines LMD method main steps required activate this process. fundamental principles thermodynamics, kinetics morphology evolution process are presented here. Due their favorable mechanical characteristics in context applications, so-called biocompatible high-entropy alloys (bioHEAs) proposed candidates treatment and, accordingly, novel bioHEA