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孙 等：海洋环境智能防腐涂层：结构设计与响应机制

Advanced Materials，2016，28（11）：2189-2194. achieve self-repairing，early corrosion monitoring and
e
J
[26] LIU C，IN Z，CHENG L，t al. Synthesis of nanosensors for superior anticorrosion performance[J]. Corrosion Science，
autonomous warning of damage and self-repairing in 2023，225：111601.
polymeric coatings[J]. Nanoscale，2020，12（5）：3194- [36] LI X，GONG B，JIN Y，et al. Intelligent water-borne
3204. coatings with self-reporting，self-healing，and robust
[27] CHENG L，LIU C，ZHAO H，et al. Photothermal-triggered barrier performance for the active corrosion protection of
shape memory coatings with active repairing and corrosion Q235 steels[J]. Progress in Organic Coatings，2024，189：
sensing properties[J]. Journal of Materials Chemistry A， 108366.
2021，9（39）：22509-22521. [37] LIU T，ZHANG D，MA L，et al. Smart protective coatings
[28] 马 薇，杨雪婷，郑凯宁，等 . 基于单宁酸负载的自预 - with self-sensing and active corrosion protection dual
自修复双重功能防腐涂层[J]. 材料开发与应用，2024，39（2）： functionality from pH-sensitive calcium carbonate
95-105. microcontainers[J]. Corrosion Science，2022，200：110254.
MA L W，YANG X T，ZHENG K N，et al. Self-reporting [38] CI X，ZHAO W，GAO W. Achieving high loading inhibitor
and self-healing dual functional anticorrosive coating based carriers with pH-response for active corrosion protection
on tannic acid additives[J]. Development and Application of using attapulgite[J]. Materials Today Nano，2022，19：
Materials，2024，39（2）：95-105. 100228.
[29] 张青青，陈亚鑫，刘仁，等 . 基于聚苯胺微胶 的双重自 [39] HUANG Y，WANG P，TAN W，et al. Photothermal and pH
修复防腐涂层[J]. 高分子学报，2023，54（5）：720-730. dual-responsive self-healing coating for smart corrosion
ZHANG Q Q，CHEN Y X，LIU R，et al. Dual-action self- protection[J]. Journal of Materials Science & Technology，
healing anticorrosive coating based on polyaniline 2022，107：34-42.
microcapsules[J]. Acta Polymerica Sinica，2023，54（5）： [40] MIRMOHSENI A，AKBARI M，NAJJAR R，et al. Self-
720-730. healing waterborne polyurethane coating by pH-dependent
[30] 王波，许胤杰，王海波 . 基于改性氧化石墨烯/聚苯胺增 triggered-release mechanism[J]. Journal of Applied
强水性聚氨酯防腐涂层的制备及性能研究[J]. 涂料工
Polymer Science，2018，136（8）：47082.
业，2024，54（4）：54-61. [41] LI X，LU P，FU X，et al. Magnetically controlled interface
WANG B，XU Y J，WANG H B. Preparation and weaving of dual-layer heterogeneous coatings with active
performance of modified graphene oxide/polyaniline-
and passive anti-corrosion protection[J]. Progress in
reinforced waterborne polyurethane anticorrosive coating[J]. Organic Coatings，2024，186：108064.
Paint & Coatings Industry，2024，54（4）：54-61.
[42] MA A，WEI J，WU Y，et al. A novel directional repairing
e
[31] ZHANG Q，LI W，LIU X，t al. Polyaniline microspheres with rGO-Fe O /Oil coating with magnetic driving for metal
3 4
corrosion inhibition，corrosion sensing，and photothermal
protection and self-healing[J]. Chemical Engineering
self-healing properties toward intelligent coating[J]. ACS
Journal，2021，421：129597.
Applied Materials & Interfaces，2023，16（1）：1461-1473.
[43] DING R，CHEN S，ZHOU N，t al. The diffusion-dynamical
e
[32] LI W，TAO J，CHEN Y，et al. Porous microspheres with
and electrochemical effect mechanism of oriented magnetic
corrosion sensing and active protecting abilities towards
graphene on zinc-rich coatings and the electrodynamics
intelligent self-reporting and anti-corrosion coating[J].
and quantum mechanics mechanism of electron conduction
Progress in Organic Coatings，2023，178：107468.
in graphene zinc-rich coatings[J]. Journal of Alloys and
[33] 燕 ，李敏，陈师，等 . 碳量子点及其性能研究进展[J].
Compounds，2019，784：756-768.
高分子通报，2016，1：39-46.
[44] DAVIS DA，HAMILTON A，YANG J，et al. Force-induced
SHI Y N，LI M，CHEN S，et al. Progress on the carbon
activation of covalent bonds in mechanoresponsive
quantum dots and their properties[J]. Polymer Bulletin，
polymeric materials[J]. Nature，2009，459（7243）：68-72.
2016，1：39-46.
[45] SONG X，SONG Y，CUI X，et al. Intrinsic healable
[34] RAHIMI M，MAHANI M，HASSANI Z. Carbon quantum dots
mechanochromic materials via incorporation of spiropyran
fluorescence quenching for potassium optode construction[J]. mechanophore into polymer main chain[J]. Polymer，2022，
Luminescence，2019，34（4）：402-406.
250：124878.
[35] LÜ Y，ZHAO W，QIANG Y，t al. Constructing the interface
e
of g-C N /epoxy composites using carbon quantum dots to 收稿日期 2024-08-05（修改稿）
3 4
97