Page 43 - 2018-12

研究与开发 赵冰洁 等·基于多面齐聚倍半硅氧烷的形状记忆聚合物的研究进展

参考文献 ： 22(42):22 387~22 391.
[1] LiuC，QinH，MatherPT.Review of progress in shape- [19] Zheng Z，Li Z，Pan Y，et al.Shape-memory polymer
memory polymers.JMaterChem，2007,17:1 543~1 558. having soft/hard network structure and its preparation
[2] Lendlein A，KelchS.Shape-memory polymers.Angew Chem method.CN101381433A，2009.
Int Ed，2002,41(12):2 034~2 057. [20] Madbouly S A ， Lendlein A.Shape-memory polymer
[3] HagerMD，BodeS，WeberC,etal.Shape memory polymers: composites.Adv PolymSci，2010,226:41~95.
Past，present and future developments.Prog Polym Sci， [21] Cordes D B，Lickiss P D，Rataboul F.Recent Developments
2015,49:3~33. in the Chemistry of Cubic Polyhedral Oligosilsesquioxanes.
[4] Zhao Q，Qi HJ，Xie T.Recent progre ss in shapememory polymer: New Chem Rev，2010,110(4):2 081~2 173.
behavior，enabling materials，and mechanistic unders tanding. [22] Zha oY，Schiraldi D A，Zhao Y,et al.Thermal and mechanicalpro
Prog Polym Sci，2015:79~120. perties of polyhedral oligomeric silsesquioxane(POSS)/
[5] LandleinA， Langer R.Biodegradable， elastic shape - polycarbonate composites.Polymer，2005,46:11 640~11 647.
memory polymers for potential biomedical applications. [23] McmullinE ， Rebar H T ， Mather PT Biodegradable
Science，2002,296(5 573):1 673~1 676. Thermoplastic Elastomers Incorporating POSS:Synthesis，
[6] XieT.Tunable polymer multi-shape memorye ffect.Nature， Microstructure，and Mechanical Properties.Macromolecules，
2010,464(7 286):267~270. 2016,49:3 769~3 779.
[7] Le DM，Kulangara K，AdlerAF，LeongK W，AshbyVS. [24] Huang J，He C，Xiao Y.Polyimide/POSS nanocomposites:
Dynamic Topographical Control of Mesenchymal Stem Cells Interfacial interaction，thermal properties and mechanical
by Culture on Res ponsivePoly(ε-caprolactone)Surfaces. properties.Polymer，2003,44:4 491~4 499.
AdvMater，2011,23(29):3 278~3 283. [25] LiuY，Zheng S，Nie K.Epoxy nanocomposites with octa(propy
[8] Yu X，Zhou S，Zheng X，etal.A biodegradable shape- lglycidyl ether)polyhedral oligomeric silsesquioxane.Polymer，
memory nanocomposite with excellent magnetism sensitivity. 2005,46:12 016~12 025.
Nanotechnology，2009,20(23):10 314~10 322. [26] FuHK，Huang C F，Huang J M.Studies on thermal properties
[9] Wei K，Zhu G，Tang Y.Research Progress in Electro- of PS nanocomposites for the effect of intercalated agent
induced Shape Memory PolymerComposites.MaterRev， withside groups.Polymer，2008,49:1 305~1 311.
2011,25:9~12. [27] HuangKW，Tsai L W，Kuo S W.Influence of octakis-
[10] Habault D，Zhang H，Zhao Y.Light-triggered self-healing functionalized polyhedral oligomeric silsesquioxanes on
and shape-memorypoly mers.ChemRev，2013,42(17): the physical properties of their polymer nanocomposites.
7 244~7 256. Polymer，2009，50:4 876~4 887.
[11] OhkiT，Ni Q Q，Ohsako N，etal.Mechanical and shape [28] L i u Y ， Z h e n g S ， Ni e K. E p o x y n a n o c o m p o si t e s wi t h
mem ory behavior of composites with shape memory octa(propylglycidyl ether)polyhedral oligomeric silsesqu
polymer.ComposPartA-Appl S，2004,35(9):1 065~1 073. ioxane.Polymer，2005,46(46):12 016~12 025.
[12] Hollander D S，Assche GV，Mele B V，et al.Nove lsynthetic [29] HuangJ ， Xiao Y ， MyaK Y ， et al.Thermomechanical
strategy to.ward shape memory polyurethanes with a well- properties of polyimide-epoxy nanocomposites from cubic
defined switching temperature.Polymer，2009,50(19): silsesquioxane epoxides.J Mater Chem，2004,14(19):
4 447~4 454. 2 858~2 863.
[13] Xie T，Rousseau，I A.Facile tailoring of thermal transiti [30] Choi J，Ryo Tamaki，And S G K，et al.Organic/InorganicImide
on temperatures of epoxy shape memory polymers.Polymer， Nanocomposites from Aminophenylsilsesquioxanes.Chem
2009,50(8):1 852~1 856. Mater，2003,15(17):3 365~3 375.
[14] Yakacki CM，Shandas，R，Lanning C，Rech，B，Eckstein A， [31] Huang Y，Zhang S，Niu B,et al.Poly(ɛ-caprolactone)
Gall K.Unconstrained recovery characterization of shape- modified with fusion proteincontaining self-assembled
memory polymer netw orks for cardiovascular applications. hydrophobin and functional peptide for selective capture
Biomaterials，2007，28(14):2 255~2 263. of human blood outgrowth endothelial cells.ColloidsSurf B
[15] Xue L，DaiS，LiZ.Synthesis and characterization of elastic Biointerfaces，101(0):361~369.
star shape-memory polymers as self-expandable drug- [32] Zhang H，XiaH，Zhao Y.Optically triggered and spatially
eluting stents. J Mater Chem，2012,22(15):7 403~7 411. controllable shape-memory polymer-gold nanoparticle
[16] Guo B，Chen Y，LeiY et al.Biobased Poly(propylenesebacate) composite materials.J Mater Chem，2012,22(3):845~849.
as Shape Memory Polymer with Tunable Switching [33] XueL，DaiS，LiZ.Synthesisandcharacterization of elastic
Temperature for Potential Biomedical Applications. starshape-memory polymers as self-expandable drug-
Biomacromolecules，2011,12(4):1 312~1 321. eluting stents.J Mater Chem，2012,22(15):7 403~7 411.
[17] Hardy J G，PalmaM，Wind S J，et al.Responsive Biomate [34] Schoener C A，Weyand C B，Murthy R，Grunlan M A.Shap
rials:Advances in Materials Base don Shape -Memory ememory polymers with silicon-containing segments.J
Polymers.Adv Mater，2016,28(27):5 717~5 724. Mater Chem，2010,20(9):1 787~1 793.
[18] Chen，H,Cao，X,Zhang，J,et al.Electrospun shape memory [35] XueL，DaiS，Li Z.Biodegradable shape-memory block
film with reversible fibrous structure.J Mater Chem，2012， co-polymers for fast self-expandable stents.Biomaterials，

年
2018 第 44 卷 ·27·