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晨 等:自预 自修复双功能智能防腐涂层的研究进展


                                                                     2023,225:111601.
                                参考文献
                                                                [12] CHEN Z,SCHARNAGL N,ZHELUDKEVICH M L,et al.
                                                                     Micro/nanocontainer-based  intelligent  coatings:synthesis,
                                       e
             [ 1 ] WEI K,ZHAO X,ZHANG Z,t al. Duplex coating combing
                                                                     performance  and  applications-a  review[J].  Chemical
                 vanadate-intercalated  layered  double  hydroxide  and  Ce-
                 doped sol-gel layers on aluminum alloy for active corrosion   Engineering Journal,2023,451:138582.
                                                                [13] CHEN  Y,WU  L,YAO  W,et  al.“Smart”micro/nano

                 protection[J]. Materials,2023,16(2):775.
             [ 2 ]  瑞瑞,方大庆,陈 洋,等 .  能涂层  及其研究进                       container-based  self-healing  coatings  on  magnesium
                                                                     alloys: review[J]. Journal of Magnesium and Alloys,2023,
                                                                          a
                 展[J]. 涂料工业,2024,54(1):66-73.
                                                                     11(7):2230-2259.
                 KANG R R,FANG D Q,CHEN C Y,et al. Overview and
                 research  progress  of  smart  coating[J]. Paint  &  Coatings   [14] WANG J,TAN W,YANG H,et al. Towards weathering and
                                                                     corrosion  resistant,self-warning  and  self-healing  epoxy
                 Industry,2024,54(1):66-73.
                                                                     coatings  with  tannic  acid  loaded  nanocontainers[J]. Npj
             [ 3 ] ZHANG  Y,WANG  J,ZHAO  S,et  al. Double-ligand
                 strategy  to  construct  an  inhibitor-loaded  Zn-MOF  and  its   Materials Degradation,2023,7(1):1-12.
                                                                [15] SUN C,LIU C,WANG Y,t al. Corrosion sensing and self-
                                                                                        e
                 corrosion protection ability for aluminum alloy 2A12[J]. ACS
                 Applied Materials & Interfaces,2021,13(43):51685-51694.  healing  composite  coatings  on  magnesium  alloy  AZ31
                                                                     enabled  by  stimuli-responsive  microcapsules  loaded  with
             [ 4 ] WANG  B,LI  Z,LIU  X,et  al. Preparation  of  epoxy  resin
                                                                     phenolphthalein  and  epoxy  resin[J]. Progress  in  Organic
                 with  disulfide-containing  curing  agent  and  its  application
                 in self-healing coating[J]. Materials,2023,16(12):4440.  Coatings,2024,186:108043.
             [ 5 ] ZHAO  X,YUAN  Y,WEI  Y,et  al. LDH-based “smart”  [16] LI  W,TAO  J,CHEN  Y,et  al. Porous  microspheres  with
                 films  for  corrosion  sensing  and  protection[J]. Materials,  corrosion  sensing  and  active  protecting  abilities  towards
                 2023,16(9):3483.                                    intelligent self-reporting and anti-corrosion coating[J]. Progress
             [ 6 ] KONG W,ERDECHNOVA M,KASNERVK V,t al. ZIF-8        in Organic Coatings,2023,178:107468.
                                                    e
                         S
                                                                                           e
                 based bifunctional coatings with anticorrosive and antibacterial   [17] LIU J,HUANG W,ZHANG K,t al. Early warning and self-
                                                                     repair properties of o-phenanthroline modified graphene oxide
                 properties:a  new  design  strategy  for  more  efficiency[J].
                                                                     anti-corrosion  coating[J]. Progress  in  Organic  Coatings,
                 Surface and Coatings Technology,2024,483:130812.
             [ 7 ] ZHANG  Y,CHEN  C,TIAN  H,et  al. An  ionic  liquid-  2024,189:108274.
                                                                                         e
                 assisted  strategy  for  enhanced  anticorrosion  of  low-energy   [18] WEI K,WEI Y,ZHANG Y,t al. In situ synthesis of ZIF-8
                 PEO  coatings  on  magnesium-lithium  alloy[J]. Journal  of   loaded with 8-hydroxyquinoline composite via a host-guest
                                                                     nanoconfinement  strategy  for  high-performance  corrosion
                 Magnesium and Alloys,2024,12(4):2380-2396.
             [ 8 ]    ,董玉华,吴可心,等. Ti C 对环氧树脂形状记忆效应                   protection[J]. Corrosion Science,2024,227:111731.
                                       3  2
                                                                                              e
                 和自修复性能的影响[J]. 涂料工业,2022,52(4):1-5,10.          [19] WANG J P,WANG J K,ZHOU Q,t al. Adaptive polymeric
                 YIN Y Y,DONG Y H,WU K X,t al. Influence of Ti C  on   coatings with self-reporting and self-healing dual functions
                                         e
                                                        3  2
                 shape memory effect and self-healing property of epoxy resin   from  porous  core-shell  nanostructures[J]. Macromolecular
                 coatings[J]. Paint & Coatings Industry,2022,52(4):1-5,10.  Materials and Engineering,2018,303(4):1700616.
             [ 9 ] HU Y,CAO X,MA X,et al. A bifunctional epoxy coating   [20] LIU  T,ZHANG  D,MA  L,et  al. Smart  protective  coatings
                 doped  by  cerium(III)-8-hydroxyquinoline:early  self-  with  self-sensing  and  active  corrosion  protection  dual
                                                                     functionality from pH-sensitive calcium carbonate microcon-
                 reporting and stimuli-responsive inhibition on corrosion of
                 Al  substrate[J]. Progress  in  Organic  Coatings,2023,182:  tainers[J]. Corrosion Science,2022,200:110254.
                 107616.                                        [21] 孔文 ,魏凯,袁  ,等 . 金属有机  材料在防腐涂
             [10] MA  L,XU  D,WU  S,et  al. Polyurethane  coatings  with  层中的应用进展[J]. 中国表面工程,2023,36:51-64.
                 corrosion  inhibition  and  color-fluorescence  damage   KONG W Q,WEI K,YUAN Y J,ET. al. Research progress
                 reporting properties based on APhen-grafted carbon dots[J].  of metal-organic frameworks in anti-corrosion coatings[J].
                 Corrosion Science,2024,232:112038.                  China Surface Engineering,2023,36:51-64.
                                                                                         e
             [11] LÜ Y,ZHAO W,QIANG Y,t al. Constructing the interface  [22] XIAO S,CAO X,DONG Z,t al. A pH-responsive cerium-
                                      e
                 of  g-C N /epoxy  composites  using  carbon  quantum  dots  to  imidazole  decorated  ZIF-8 to  achieve  self-healing  barrier
                      3  4
                 achieve  self-repairing,early  corrosion  monitoring  and  property for epoxy coating on Al alloy by controlled release[J].
                 superior  anticorrosion  performance[J]. Corrosion  Science,                     (下转第29页)
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