高等学校化学学报 ›› 2021, Vol. 42 ›› Issue (4): 1074.doi: 10.7503/cjcu20200644
收稿日期:
2020-09-02
出版日期:
2021-04-10
发布日期:
2020-11-10
通讯作者:
陈晓东
E-mail:chenxd@ntu.edu.sg
Received:
2020-09-02
Online:
2021-04-10
Published:
2020-11-10
Contact:
CHEN Xiaodong
E-mail:chenxd@ntu.edu.sg
摘要:
柔性电子作为新兴的研究热点, 涉及材料、 化学、 物理等多个基础学科的交叉, 以及在生物医用、 可穿戴设备及人工智能等多个领域的应用. 柔性电子设备的制造加工过程中会用到弹性基底、 导电层、 功能层等多种性质各异的材料, 其互相之间的整合受到它们表面性质和界面结合力的限制; 器件的功能、 可靠性、 对环境的敏感性等也受到了器件表界面性质的影响; 因此, 对材料和器件表界面的处理在柔性电子学中具有重要作用. 本文对柔性电子学中常用的表界面化学过程分为3大类进行介绍: 表面电化学过程, 基于特定化合物反应产生的电流制备电化学传感器, 利用电流/电压控制表面负载化合物; 表面修饰, 通过表面改性提高材料的加工性能, 共价修饰分子层或其它材料赋予器件特殊功能性质或保护层; 不同材料之间的界面连接, 通过共价连接或化学反应辅助的物理交联实现不同材料的结合, 提高柔性器件的稳定性, 实现柔性设备的整合. 对各应用进行总结和举例后, 讨论了存在的问题, 并对未来的发展方向及前景进行了展望.
中图分类号:
TrendMD:
姬少博, 陈晓东. 柔性电子学中的表界面化学. 高等学校化学学报, 2021, 42(4): 1074.
JI Shaobo, CHEN Xiaodong. Surface and Interface Chemistry in Flexible Electronics. Chem. J. Chinese Universities, 2021, 42(4): 1074.
Fig.2 Electrochemical sensing based on enzymatic amperometry and its application in flexible electronics(A) Three electrode detection system; (B) enzyme catalyzed electrochemical sensors; (C) the mechanism of glucose sensor based on glucose oxidase and dye as redox mediator[41]. Copyright 2020, Wiley-VCH; (D) diffusion of reaction intermediates in flexible chemical sensors for flat and curved geometries; (E) stable electrical currents under strain for curved sensors, compared to obvious decrease for conventional flat sensors[56]. Copyright 2020, Wiley-VCH.
Fig.3 Flexible electrochemical sensing based on voltammetry and field effect transistor(A) Voltammetric sensing of neurochemicals based on conductive MOF modified electrodes; (B) simultaneous detection of dopamine and serotonin[63]. Copyright 2020, American Chemical Society; (C) wearable caffeine sensing device and its electrode structures; (D) mechanism of caffeine detection via differential pulse voltammetry[64]. Copyright 2018, Wiley-VCH; (E) a flexible glucose sensor based on field effect transistor[68]. Copyright 2018, American Chemical Society.
Fig.5 On surface electrochemical fabrication of flexible devices[74](A) Electro-gelation of PEDOT∶PSS conductive hydrogel on Cu pattern; (B) mechanism of electro-oxidation of Cu and subsequent PEDOT∶PSS gelation; (C) patterned conductive hydrogel on gold(up) and PDMS(down) substrates. Copyright 2019, Wiley-VCH.
Fig.6 Tuning surface properties to assist the fabrication of flexible electronics via surface modification(A) Conductive network through printing CNT coffee rings[80]. Copyright 2014, Royal Society of Chemistry; (B) plasma assisted spatially controlled gradient pinning of CNT to fabricate strain sensors; (C) the stretchability, sensitivity, and stability of the strain sensors[79]. Copyright 2015, Wiley-VCH; (D) surface hydrophobicity assisted patterning of different functions from same conductive material; (E) heat and strain visualization under constant electric current[81]. Open access; (F) surface modification of gate insulator polymers by heat-assisted photo-acidic oxidation(HAPO) in flexible OFET; (G) performance of fabricated flexible OFET via HAPO method[84]. Copyright 2019, Wiley-VCH.
Fig.7 Covalent modification on surfaces of flexible electronics for enhancing performances[91](A) Modification of electrode surface with zwitterionic polymers PMPC to realize anti-epidermal-surface-lipids functions; (B) the stability of PMPC modified electrodes toward contamination-cleaning cycle, their electrical properties stayed stable, compared to the increased resistance of unmodified electrodes. Copyright 2020, Wiley-VCH.
Fig.8 Integrating organogel layers on surface of hydrogels for protection and functionalization(A) Hydrogel embedded initiator induced surface polymerization of organogel networks and subsequent formation of organogel protection layer[110]. Open access; (B) anti-dehydration performance of organogel protected hydrogel; (C) co-polymerization of surface grafted monomer resulted in covalent linkage between hydrogel and organogel; (D) solvent triggered actuation and shape change of laser etched hydrogel-organogel hybrids[111]. Copyright 2018, Wiley-VCH.
Fig.9 Covalently linking elastomers with hydrogels to realize gel protection and functionalization(A) Bonding between hydrogel and protective elastomer layer through surface initiated polymerization; (B) mechanism of elastomer covered hydrogels to function as triboelectric-nanogenerators[112]. Copyright 2018, American Chemical Society; (C) direct covalent linkage between hydrogels and protective elastomers to produce water-washable stretchable conductor fibers[113]. Copyright 2017, American Chemical Society.
Fig.10 Covalent bond linking between different functional layers in flexible electronics(A) The stable covalent binding of epoxy containing silver paste on plasma treated elastomer surface; (B) stability and mechanoelectrical performance of covalently linked silver paste-elastomer[125]. Copyright 2016, American Chemical Society; (C) covalent linkage between functional hydrogel layer and elastomer substrate to avoid delamination caused fake signals[127]. Open access; (D) the initiation mechanism of elastomer surface soaked benzophenone under UV light; (E) UV induced covalent linkage between physically crosslinked pre-hydrogel and elastomers to form micro channels[128]. Open access.
Fig.11 Surface chemistry assisted physical interlocking enabled strong interlayer binding in flexible electronics(A) Stable adhesion of wet conducting polymers on solid substrates via a hydrophilic polymer nanolayer; (B) stable adhesion endu-ring 10 min sonication in water; (C) wet conducting polymer modified micro-electrode arrays[132]. Open access; (D) physical interlocking between silk fibroin adhesive layer and polypyrrole conductive layer through interfacial polymerization[133]. Copyright 2020, American Chemical Society; (E) tree root inspired nanopile interlocking structure between gold and elastomer substrate; (F) the high adhesion between gold and substrate of nanopile interlocking[134]. Copyright 2016, Wiley-VCH; (G) thermal-radiation-assis-ted gold encapsulation in semi-polymerized elastomer substrate to produce interlocked structures; (H) scalable fabrication through thermal-radiation-assisted gold encapsulation[135]. Copyright 2019, Wiley-VCH.
Fig.12 Encapsulation and integration of entire flexible devices(A) Fabrication process of simple flexible devices through pre-molding and metal injection[136]. Open access; (B) fabrication of complex flexible devices through stepwise curing, pattering, binding, and encapsulation[137]. Open access; (C) multi-layer yet electrically insulated flexible device[138]. Open access.
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