Page 19 - 《真空与低温》2026年第1期

16 真空与低温 第 32 卷 第 1 期

et al. Surface modification of polymers：Methods and appli- [66] CHASHMEJAHANBIN M R， SALIMI A， LANGROUDI
cations[J]. Advanced Materials Interfaces， 2018， 5（24）： A E. The study of the coating adhesion on PP surface modi-
1801247. fied in different plasma/acrylic acid solution[J]. Internation-
[59] UMRAN H M，ALESARY H F，ISMAIL H K，et al. Influ- al Journal of Adhesion and Adhesives，2014，49：44−50.
ence of surface chemical modifications on enhancing the [67] LEE H，DELLATORE S M，MILLER W M，et al. Mussel-
aging behavior of capacitor biaxially-oriented polypropy- inspired surface chemistry for multifunctional coatings[J].
lene thin film[J]. Polymer Degradation and Stability，2025， American Association for the Advancement of Science，
231：111105. 2007，318（5849）：426−430.
[60] REGIS S，JASSAL M，MUKHERJEE N，et al. Altering sur- [68] QIU W Z，YANG H C，WAN L S，et al. Co-deposition of
face characteristics of polypropylene mesh via sodium hy- catechol/polyethyleneimine on porous membranes for effi-
droxide treatment[J]. Journal of Biomedical Materials Re- cient decolorization of dye water[J]. Journal of Materials
search Part A，2012，100A（5）：1160−1167. Chemistry A，2015，3（27）：14438−14444.
[61] ALABURDAITE R， KRYLOVA V. Polypropylene film [69] WANG Z， JI S， HE F， et al. One-step transformation of
surface modification for improving its hydrophilicity for in- highly hydrophobic membranes into superhydrophilic and
novative applications[J]. Polymer Degradation and Stability， underwater superoleophobic ones for high-efficiency sepa-
2023，211：110334. ration of oil-in-water emulsions[J]. Journal of Materials
Chemistry A，2018，6（8）：3391−3396.
[62] FAVARO S L，RUBIRA A F，MUNIZ E C，et al. Surface
modification of HDPE， PP， and PET films with KMnO 4 / [70] WANG Z，HAN M，ZHANG J，et al. Designing preferable
HCl solutions[J]. Polymer Degradation and Stability，2007， functional materials based on the secondary reactions of the
hierarchical Tannic Acid （TA）-Aminopropyltriethoxysilane
92（7）：1219−1226.
（APTES） coating[J]. Chemical Engineering Journal，2019，
[63] WANG E，WANG S，WANG F，et al. Adhesion improve-
360：299−312.
ment of sputtered Cu films on flexible polymer substrates
through the design of metal interlayers[J]. Physica Scripta， [71] KIM T Y，CHA S H，CHO S，et al. Tannic acid-mediated
green synthesis of antibacterial silver nanoparticles[J]. Archi-
2024，99（7）：75926.
ves of Pharmacal Research，2016，39（4）：465−473.
[64] YIN S，ZHU W，DENG Y，et al. Enhanced electrical con-
[72] VEISI H， MORADI S B， SALJOOQI A， et al. Silver
ductivity and reliability for flexible copper thin-film elec-
nanoparticle-decorated on tannic acid-modified magnetite
trode by introducing aluminum buffer layer[J]. Materials &
nanoparticles （Fe 3 O 4 @TA/Ag） for highly active catalytic
Design，2017，116：524−530.
reduction of 4-nitrophenol， Rhodamine B and Methylene
[65] WANG X， JIN P， XIAO D， et al. Interlayer design for
blue[J]. Materials Science and Engineering C-Materials for
strong adhesion in the double-layer flexible copper clad
Biological Applications，2019，100：445−452.
laminate via hipims deposition[J]. Applied Surface Science，
2024，670：160697. （责任编辑：杨建斌）

引文信息：高科，沈光宇，罗一凡，等. 复合铜集流体制造工艺及其支撑层改性方案综述[J]. 真空与低温，2026，32（1）：1−16.
GAO K，SHEN G Y，LUO Y F，et al. A review of the manufacturing process of composite copper current collectors and the
modification schemes of their support layers[J]. Vacuum and Cryogenics，2026，32（1）：1−16.