聚烯烃弹性体的拉伸形变机理研究进展
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摘要
聚烯烃弹性体是一种高性能聚烯烃产品,同时具备橡胶的高弹性、抗冲击性及普通塑料的易加工性,已经被广泛应用于黏合剂、混料、薄膜以及非织造布等领域.聚烯烃的微观结构与宏观行为之间存在着较为密切的联系,寻找结构-性能之间的关系能更好地为宏观行为提供理论依据.本文主要介绍了近10年聚烯烃弹性体拉伸形变机理的研究进展.
Polyolefin elastomer is a kind of polyolefin product with excellent performance. Based on its high elasticity properties and impact resistance as well as easy processing, the polyolefin elastomer is widely used in adhesive, mixture,films and nonwoven. The relationship between the microstructure and mechanical behavior in polyolefin is very close.Thus the investigation of "structure-property" relationship gives theoretical evidence in understanding the mechanical behavior. The research progress in understanding of the deformation mechanism during tensile tests for polyolefin elastomer during last ten years is discussed.
Polyolefin elastomer is a kind of polyolefin product with excellent performance. Based on its high elasticity properties and impact resistance as well as easy processing, the polyolefin elastomer is widely used in adhesive, mixture,films and nonwoven. The relationship between the microstructure and mechanical behavior in polyolefin is very close.Thus the investigation of "structure-property" relationship gives theoretical evidence in understanding the mechanical behavior. The research progress in understanding of the deformation mechanism during tensile tests for polyolefin elastomer during last ten years is discussed.
引文
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2 Hu W.Introduction to Polymer Physics.Beijing:Science Press,2011(in Chinese)[胡文兵.高分子物理导论.北京:科学出版社,2011]
3 Bowden PB,Young RJ.J Mater Sci,1974,9:2034–2051
4 Flory PJ,Yoon DY.Nature,1978,272:226–229
5 Men Y,Rieger J,Strobl G.Phys Rev Lett,2003,91:95502
6 De Rosa C,Auriemma F,Ruiz de Ballesteros O,Resconi L,Camurati I.Chem Mater,2007,19:5122–5130
7 De Rosa C,Auriemma F,De Lucia G,Resconi L.Polymer,2005,46:9461–9475
8 Auriemma F,de Rosa C.Macromolecules,2006,39:7635–7647
9 De Rosa C,Auriemma F.J Am Chem Soc,2006,128:11024–11025
10 Mao Y,Su Y,Hsiao BS.Eur Polym J,2016,81:433–446
11 Mao Y,Li X,Burger C,Hsiao BS,Tsou AH.Polymer,2013,54:1432–1439
12 Mao Y,Burger C,Li X,Hsiao BS,Mehta AK,Tsou AH.Macromolecules,2012,45:951–961
13 Mao Y,Li X,Burger C,Hsiao BS,Mehta AK,Tsou AH.Macromolecules,2012,45:7061–7071
14 Zhao J,Sun Y,Men Y.Macromolecules,2016,49:609–615
15 Zhao J,Sun Y,Men Y.ACS Omega,2017,2:6896–6905
16 Sun Y,Fu L,Wu Z,Men Y.Macromolecules,2013,46:971–976
17 Guadagno L,D’Aniello C,Naddeo C,Vittoria C,Meille SV.Macromolecules,2004,37:5977–5984
18 Liu LZ,Hsiao BS,Ran S,Fu BX,Toki S,Zuo F,Tsou AH,Chu B.Polymer,2006,47:2884–2893
19 Poon BC,Dias P,Ansems P,Chum SP,Hiltner A,Baer E.J Appl Polym Sci,2007,104:489–499
20 Toki S,Sics I,Burger C,Fang D,Liu L,Hsiao BS,Datta S,Tsou AH.Macromolecules,2006,39:3588–3597
21 Boger A,Imhof C,Heise B,Marti O,Troll C,Rieger B,Hild S.J Appl Polym Sci,2009,112:188–199
22 Li X,Mao Y,Burger C,Che J,Hsiao BS,Kulkarni RR,Tsou AH.Polymer,2013,54:4545–4554
23 Janani H,Alamo RG.Polymer,2016,102:21–32
24 Deplace F,Wang Z,Lynd NA,Hotta A,Rose JM,Hustad PD,Tian J,Ohtaki H,Coates GW,Shimizu F,Hirokane K,Yamada F,Shin YW,Rong L,Zhu J,Toki S,Hsiao BS,Fredrickson GH,Kramer EJ.J Polym Sci B,2010,48:1428–1437
25 Wang Z,Niu Y,Fredrickson GH,Kramer EJ,Shin YW,Shimizu F,Zuo F,Rong L,Hsiao BS,Coates GW.Macromolecules,2010,43:6782–6788
26 Deplace F,Scholz AK,Fredrickson GH,Kramer EJ,Shin YW,Shimizu F,Zuo F,Rong L,Hsiao BS,Coates GW.Macromolecules,2012,45:5604–5618
27 Liu G,Guan Y,Wen T,Wang X,Zhang X,Wang D,Li X,Loos J,Chen H,Walton K,Marchand G.Polymer,2011,52:5221–5230
28 Liu G,Zhang X,Liu C,Chen H,Walton K,Wang D.J Appl Polym Sci,2011,119:3591–3597
29 Liu G,Zhang X,Liu Y,Li X,Chen H,Walton K,Marchand G,Wang D.Polymer,2013,54:1440–1447
30 Zhao Y,Zhu Y,Sui G,Chen F,Zhang Q,Fu Q.RSC Adv,2015,5:82535–82543
31 Tsou AH,Norman AI,Lu Y,Throckmorton JA,Hsiao BS.Polymer,2017,111:115–122
32 Lu Y,Norman AI,Tsou AH,Hagadorn JR,Hsiao BS.Polymer,2017,122:208–221
33 Liu W,Zhang X,Bu Z,Wang WJ,Fan H,Li BG,Zhu S.Polymer,2015,72:118–124