The development of electronic products and increased electronic waste have triggered a series of ecological problems on Earth.Meanwhile,amidst energy crises and the pursuit of carbon neutrality,the recycling of discar...The development of electronic products and increased electronic waste have triggered a series of ecological problems on Earth.Meanwhile,amidst energy crises and the pursuit of carbon neutrality,the recycling of discarded biomass has attracted the attention of many researchers.In recent years,the transformation of discarded biomass into value-added electronic products has emerged as a promising endeavor in the field of green and flexible electronics.In this review,the attempts and advancements in biomass conversion into flexible electronic materials and devices are systematically summarized.We focus on reviewing the research progress in biomass conversion into substrates,electrodes,and materials tailored for optical and thermal management.Furthermore,we explore component combinations suitable for applications in environmental monitoring and health management.Finally,we discuss the challenges in techniques and cost-effectiveness currently faced by biomass conversion into flexible electronic devices and propose improvement strategies.Drawing insights from both fundamental research and industrial applications,we offer prospects for future developments in this burgeoning field.展开更多
超顺磁性氧化铁纳米粒子(super paramagnetic iron oxide,SPIO)由于其独特的性质,如低毒、生物相容性、强大的磁性,在生物成像、材料科学、环境科学等方面广泛应用。本文概述了SPIO的基本性质、物理化学特性、合成方法,以及在各领域方...超顺磁性氧化铁纳米粒子(super paramagnetic iron oxide,SPIO)由于其独特的性质,如低毒、生物相容性、强大的磁性,在生物成像、材料科学、环境科学等方面广泛应用。本文概述了SPIO的基本性质、物理化学特性、合成方法,以及在各领域方面的应用进展。研究表明SPIO应用前景广阔,将满足更多社会生活需求。展开更多
基金supported by the National Key R&D Program of China(2018YFA0901700)National Natural Science Foundation of China(22278241)+1 种基金a grant from the Institute Guo Qiang,Tsinghua University(2021GQG1016)Department of Chemical Engineering-iBHE Joint Cooperation Fund。
文摘The development of electronic products and increased electronic waste have triggered a series of ecological problems on Earth.Meanwhile,amidst energy crises and the pursuit of carbon neutrality,the recycling of discarded biomass has attracted the attention of many researchers.In recent years,the transformation of discarded biomass into value-added electronic products has emerged as a promising endeavor in the field of green and flexible electronics.In this review,the attempts and advancements in biomass conversion into flexible electronic materials and devices are systematically summarized.We focus on reviewing the research progress in biomass conversion into substrates,electrodes,and materials tailored for optical and thermal management.Furthermore,we explore component combinations suitable for applications in environmental monitoring and health management.Finally,we discuss the challenges in techniques and cost-effectiveness currently faced by biomass conversion into flexible electronic devices and propose improvement strategies.Drawing insights from both fundamental research and industrial applications,we offer prospects for future developments in this burgeoning field.
文摘超顺磁性氧化铁纳米粒子(super paramagnetic iron oxide,SPIO)由于其独特的性质,如低毒、生物相容性、强大的磁性,在生物成像、材料科学、环境科学等方面广泛应用。本文概述了SPIO的基本性质、物理化学特性、合成方法,以及在各领域方面的应用进展。研究表明SPIO应用前景广阔,将满足更多社会生活需求。
