|
OALib Journal期刊
ISSN: 2333-9721
费用：99美元
|
|
|
|
结晶高分子非晶区的结构及其动力学行为研究进展
DOI: 10.3724/SP.J.1105.2013.12362, PP. 462-472
Keywords: 结晶高分子,柔性非晶相,刚性非晶相,松弛动力学
Abstract:
非晶结构对结晶高分子材料结构和最终使用性能有非常重要的影响,但目前对半晶高分子中非晶结构的认识还不太清晰并且有待进一步完善.随着研究手段的发展,结晶高分子中非晶区结构及其动力学行为的研究受到越来越多的关注.本文简要概述了目前对结晶高分子中非晶相的研究进展,主要从结晶高分子中非晶区的结构﹑结晶高分子中非晶区的松弛行为﹑非晶相对结晶高分子性能的影响以及等温结晶过程中非晶相的结构演化这四个方面进行介绍,并对它们的研究现状进行了概述,同时指出了目前在这方面研究中存在的争议和问题.
| [1] | 1 Men Y,Rieger J,Lindner P,Enderle H,Lilge D,Kristen M,Mihan S,Jiang S.J Phys Chem B,2005,109:16650~16657
|
| [2] | 3 Cai Z W,Zhang Y,Li J Q,Xue F,Shang Y R,He X H,Feng J C,Wu,Z H,Jiang S C.Polymer,2012,53:1593~1601
|
| [3] | 4 Uehara H,Yamanobe T,Komoto T.Macromolecules, 2000,33:4861~4870
|
| [4] | 5 Graessley W W.Ad Polym Sc,1974,16:1~179
|
| [5] | 6 Rastogi S,Lippits D R,Peters G W M,Graf R,Yao Y,Spiess H W.Nat Mater,2005,4:635~641
|
| [6] | 9 Dobbertin J,Hensel A,Schick C.J Therm Anal,1996,47:1027~1040
|
| [7] | 10 Cheng S Z D,Wu Z,Wunderlich B.Macromolecules,1987,20:2802~2810
|
| [8] | 13 Krishnaswamy R K,Geibel J F,Lewis B J.Macromolecules,2003,36:2907~2914
|
| [9] | 14 Olson B G,Lin J,Nazarenko S,Jamieson A M.Macromolecules,2003,36:7618~7623
|
| [10] | 23 Xu H,Cebe P.Macromolecules,2005,38:770~779
|
| [11] | 24 Xu H,Cebe P.Polymer,2005,46:8734~8744
|
| [12] | 25 Pyda M,Nowak-Pyda E,Heeg J,Huth H,Minakov A A,Di Lorenzo M L,Schick C,Wunderlich B.J Polym Sci,Part B:Polym Phys,2006,44:1364~1377
|
| [13] | 26 Nogales A,Sanz A,Ezquerra T A,Quintana R,Mu？oz-Guerra S.Polymer,2006,47:7078~7084
|
| [14] | 34 Bras R,Malik P,Dionsio M,Mano J F.Macromolecules,2008,41:6419~6430
|
| [15] | 35 Suzukia H,Grebowicz J,Wunderlich B.Makromol Chem,1985,186:1109~1119
|
| [16] | 36 Wunderlich B.Prog Polym Sci,2003,28:383~450
|
| [17] | 37 Davis G T,Eby R K.J Appl Phys,1973,44:4274~4281
|
| [18] | 40 Lunkenheimer P,Pardo L C,K？hler M,Loidl A.Phys Rev E,2008, 77(031506):1~10
|
| [19] | 41 Krishnaswamy R K,Kalika D S.Polymer,1996,37:1915~1923
|
| [20] | 42 Hou Y,Wu Q,Chen T,Sun P.Chinese J Polym Sci,2012,30(6):900~915
|
| [21] | 48 Wang Y,Gómez-Ribelles J L,Salmerón M,Mano J F.Macromolecules,2005,38:4712~4718
|
| [22] | 49 Zhang J,Tashiro K,Tsuji H,Domb A J.Macromolecules,2008,41:1352~1357
|
| [23] | 50 Wunderlich B.Macromol Rapid Commun,2005,26:1521~1531
|
| [24] | 51 Picciochi R,Wang Y,Alves N M,Mano J F.Colloid Polym Sci,2007,285:575~580
|
| [25] | 52 Cerveny S,Zinck P,Terrier M,Arrese-Igor S.Macromolecules,2008,41:8669~8676
|
| [26] | 53 Lund R,Alegria A,Goitandia L,Colmenero J,Gonzalez M A,Lindner P.Macromolecules,2008,41,1364~1376
|
| [27] | 56 Manias E,Kuppa V,Yang D K,Zax D B.Colloids Surf A Physicochem Eng Asp,2001,187:509~521
|
| [28] | 58 Huo P,Cebe P.J Polym Sci Part B Polym Phys,1992,30:239~250
|
| [29] | 65 Nguyen H K,Prevosto D,Labardi M,Capaccioli S,Lucchesi M,Rolla P.Macromolecules,2011,44,6588~6593
|
| [30] | 66 Khan A N,Hong P,Chuang,W,Shih K S.Polymer,2009,50:6287~6296
|
| [31] | 67 Turnbull D,Cohen M H.J Chem Phys,1961,34:120~125
|
| [32] | 69 Loo L,Cohen R,Gleason K.Science,2000,288:116~119
|
| [33] | 70 Brooks NW,Ghazali M,Duckett R A,Unwin A P,Ward I M.Polymer,1999,40 (4):821~825
|
| [34] | 71 Brooks N W,Mukhtar M.Polymer,2000,41(4):1475~1480
|
| [35] | 80 Schneider K,Trabelsi S,Zafeiropoulos N,Davies R,Riekel C,Stamm M.Macromol Symp,2006,236(1):241~248
|
| [36] | 81 Pawlak A,Galeski A.Macromolecules,2005,38(23):9688~9697
|
| [37] | 82 Pawlak A.Polymer,2007,48(5):1397~1409
|
| [38] | 83 Butler M F,Donald A M,Ryan A J.Polymer,1998,39(1):39~52
|
| [39] | 87 Kazmierczak T,Galeski A,Argon A S.Polymer,2005,46:8926~8936
|
| [40] | 92 Hedesiu C,Demco D E,Kleppinger R,Buda A A,Blumich B,Remerie K.Polymer,2007,48(3):763~777
|
| [41] | 94 Frontini P M,Fave A.J Mater Sci,1995,30(9):2446~2454
|
| [42] | 98 Davies R J,Zafeiropoulos N E,Schneider K,Roth S V,Burghammer M,Riekel C.Colloid Polym Sci,2004,282(8):854~866
|
| [43] | 99 Li Q G,Xie B H,Yang W,Li Z M,Zhang W Q,Yang M B.J Appl Polym Sci,2007,103(5):3438~3446
|
| [44] | 100 Saengsuwan S.e-Polymers,2008,113:1~19
|
| [45] | 101 Minakov A A,Mordvintsev D A,Tol R,Schick C.Thermochim Acta,2006,442:25~30
|
| [46] | 102 Righetti M C,Lorenzo M L D,Tombari E,Angiuli M.J Phys Chem B,2008,112:4233~4241
|
| [47] | 103 Di Lorenzo M L,Righetti M C,Cocca M,Wunderlich B.Macromolecules,2010,43:7689~7694
|
| [48] | 104 Di Lorenzo M L.Polymer,2009,50:578~584
|
| [49] | 105 Pandey A,Toda A,Rastogi S.Macromolecules,2011,44:8042~8055
|
| [50] | 108 Yao Y F,Graf R,Spiess H,Rastogi S.Macromol Rapid Comm,2009,30:1123~1127
|
| [51] | 109 Fitz B D,Andjeli？ S.Polymer,2003,44:3031~3036
|
| [52] | 110 Dionísio M,Víciosa M T,Wang Y,Mano J F.Macromol Rapid Commun,2005,26:1423~1427
|
| [53] | 2 Bai H,Luo F,Zhou T,Deng H,Wang K,Fu Q.Polymer,2011,52:2351~2360
|
| [54] | 7 Lippits D R,Rastogi S,Hohne G W H,Mezari B,Magusin P C M.Macromolecules,2007,40:1004~1010
|
| [55] | 8 Cheng S Z D,Cao M Y,Wunderlich B.Macromolecules,1986,19:1868~1876
|
| [56] | 11 Huo P,Cebe P.Colloid Polym Sci,1992,9:840~852
|
| [57] | 12 Lu SX,Cebe P,Capel M.Macromolecules,1997,30:6243~6250
|
| [58] | 15 Rastiogi R,Vellinga W P,Rastogi S,Schick C,Meijer H E H.J Polym Sci,Part B:Polym Phys,2004,42:2092~2106
|
| [59] | 16 Alvarez C,Sics I,Nogales A,Denchev Z,Funari S S,Ezquerra T A.Polymer,2004,45:3953~3959
|
| [60] | 17 Huo P,Cebe P.Macromolecules,1992,25:902~909
|
| [61] | 18 Kalika D S,Krishnaswamy R K.Macromolecules,1993,26:4252~4261
|
| [62] | 19 Cheng S Z D,Wunderlich B.Macromolecules,1987,20:1630~1637
|
| [63] | 20 Pak J,Pyda M,Wunderlich B.Macromolecules,2003,36:495~499
|
| [64] | 21 Natesan B,Xu H,Ince B S,Cebe P.J Polym Sci,Part B:Polym Phys,2004,42:777~789
|
| [65] | 22 Xu H,Cebe P.Macromolecules,2004,37:2797~2806
|
| [66] | 27 Sanz A,Nogales A,Ezquerra T A,Lotti N,Munari A,Funari S S.Polymer,2006,47:1281~1290
|
| [67] | 28 Hong P D,Chuang W T,Yeh W J,Lin T L.Polymer,2002,43:6879~6886
|
| [68] | 29 Sanz A,Nogales A,Ezquerra T A.Macromolecules,2010,43:671~679
|
| [69] | 30 Ivanov D A,Bar G,Dosiere M,Koch M.H J.Macromolecules,2008,41:9224~9233
|
| [70] | 31 Iannace S,Nicolais L.J Appl Polym Sci,1997,64:911~919
|
| [71] | 32 Kanchanasopa M,Runt J.Macromolecules,2004,37:863~871
|
| [72] | 33 Wang Y,Funari S S,Mano J F.Macromol Chem Phys,2006,207:1262~1271
|
| [73] | 38 Adam G,Gibbs J H.J Chem Phys,1965,43:139~146
|
| [74] | 39 Schick C,Donth E.Physica Scripta,1991,43:423~429
|
| [75] | 43 Zhang L X,Xia A G,Xu J M,Zhao D L.Chinese J Polym Sci,1999,17(6):543~549
|
| [76] | 44 Zhang L X,Zhao D L,Huang Y X.Chinese J Polym Sci,2002,20(1):25~30
|
| [77] | 45 Connor T M,Read B E,Williams E.J Appl Chem,1964,14:74~81
|
| [78] | 46 Grimau M,Laredo E,Pérez M C,Bello A.J Chem Phys,2001,114:6417~6425
|
| [79] | 47 Mijovic J,Sy J W.Macromolecules,2002,35:6370~6376
|
| [80] | 54 Bras A R,Viciosa M T,Wang Y,Dionisio M,Mano J F.Macromolecules,2006,39,6513~6520
|
| [81] | 55 Cangialosi D,Alegría A,Colmenero J.Europhys Lett,2005,70:614~620
|
| [82] | 57 Ngai K L,Roland C M.Macromolecules,1993,26:2688~2690
|
| [83] | 59 Mijovic J,Sy J W,Kwei T K.Macromolecules,1997,30:3042~3050
|
| [84] | 60 Sy J W,Mijovic J.Macromolecules,2000,33:933~946
|
| [85] | 61 Wang H,Keum J,Hiltner A,Baer E.Macromolecules,2009,42:7055~7066
|
| [86] | 62 Wang H,Keum J,Hiltner A,Baer E,Freeman B,Rozanski A.Science,2009,323:757~760
|
| [87] | 63 Lai C,Ayyer R,Hiltner A,Baer E.Polymer,2010,51:1820~1829
|
| [88] | 64 Sch？nhals A,Goering H,Schick C,Frick B,Zorn R.J Non-Cryst Solids,2005,351:2668~2677
|
| [89] | 68 Chow T S.Polym Eng Sci,1984,24:915~920
|
| [90] | 72 Oleinik E F.Polymer Science Series C,2003,45(1):17~117
|
| [91] | 73 Humbert S,Lame O,Vigier G.Polymer,2009,50 (15) :3755~3761
|
| [92] | 74 Tarin P M,Thomas E L.Polym Eng Sci,1979,19,1017~1022
|
| [93] | 75 Men Y,Rieger J,Strobl G.Phys Rev Lett,2003,91(095502):1~4
|
| [94] | 76 Séguéla R.Macromol Mater Eng,2007,292:235~244
|
| [95] | 77 Kennedy M A,Peacock A J,Mandelkern L.Macromolecules,1994,27(19):5297~5310
|
| [96] | 78 Popli R,Mandelkern L.J Polym Sci,Part B:Polym Phys,1987,25(3):441~483
|
| [97] | 79 Seguela R.J Polym Sci,Part B:Polym Phys,2005,43(14):1729~1748
|
| [98] | 84 Humbert S,Lame O,Chenal J M,Rochas C,Vigier G.Macromolecules,2010,43:7212~7221
|
| [99] | 85 Young R.J Philos Mag,1974,30:85~94
|
| [100] | 86 Crist B,Fisher C J,Howard P R.Macromolecules,1989,22(4):1709~1718
|
| [101] | 88 Seguela R.J Polym Sci,Part B:Polym Phys,2002,40(6):593~601
|
| [102] | 89 Nikolov S,Raabe D.Polymer,2006,47:1643~1703
|
| [103] | 90 Butler M F,Donald A M,Ryan A J.Polymer,1997,38(22):5521~5538
|
| [104] | 91 Castagnet S,Deburck Y.Mater Sci Eng A,2007,448(1-2):56~66
|
| [105] | 93 Hedesiu C,Demco D E,Kleppinger R,Vanden Poel G,Gijsbers W,Blumich B.Macromolecules,2007,40(11):3977~3989
|
| [106] | 95 Ferrer-Balas D,Maspoch M L,Martinez A B,Santana O O.Polymer,2001,42(4):1697~1705
|
| [107] | 96 Drozdov A D,Christiansen J D.Polymer,2002,43(17):4745~4761
|
| [108] | 97 Drozdov A D,Christiansen J D.Eur Polym J,2003,39(1):21~31
|
| [109] | 106 Rastogi S,Lippits D R,Hohne G W H,Mezari B,Magusin P C M M.J Phys:Condens Mat,2007,19(205122):1~21
|
| [110] | 107 Yao Y F,Graf R,Spiess H,Lippits D,Rastogi S.Phys Rev E,2007,76:1~4
|
Full-Text
|
|
Contact Us
service@oalib.com QQ:3279437679 
WhatsApp +8615387084133
|
|
