|
OALib Journal期刊
ISSN: 2333-9721
费用：99美元
|
|
|
|
高分子仿生有序微结构及其反射和响应特性
DOI: 10.3724/SP.J.1105.2012.12144, PP. 1055-1063
Keywords: 仿生,有序微结构,减反射,响应,高分子材料,胶体晶体
Abstract:
介绍了具有减反射和刺激响应性能的高分子仿生有序微结构,总结了近年来报道的高分子仿生有序微结构的仿生设计、结构构筑及性能研究的工作.最后就高分子仿生有序微结构的发展方向及其面临的问题和挑战进行了展望.
| [1] | 3 Li B,Zhou J,Li L T,Li Q,Han S,Hao Z B.Chinese Sci Bull,2005,50:1529~1531
|
| [2] | 5 Zi J,Yu X D,Li Y Z,Hu H X,Xu C,Wang X J,Liu X H,Fu R T.PNAS,2003,100:12576~12578
|
| [3] | 6 Sanders J V.Nature,1964,204:1161~1162
|
| [4] | 7 Potyrailo R A,Ghiradella H,Vertiatchikh A,Dovidenko K,Cournoyer J R,Olson E.Nature Photonics,2007,1:123~128
|
| [5] | 8 Parker A R,Hegedus Z,Watts R A.Proc R Soc Lond B,1998,265:811~815
|
| [6] | 9 Zhou W D,Tao M,Chen L,Yang H J.J Appl Phys,2007,102:103105~1~103105~9
|
| [7] | 10 Li Y F,Li F,Zhang J H,Wang C L,Zhu S J,Yu H J,Wang Z H,Yang B.App Phys Lett,2010,96:153305~1~153305~3
|
| [8] | 11 Hiller J A,Mendelsohn J D,Rubner M F.Nature Mater,2002,1:59~63
|
| [9] | 12 Koo H Y,Yi D K,Yoo S J,Kim D Y.Adv Mater,2004,16:274~277
|
| [10] | 13 Walheim S,Schaffer E,Mlynek J,Steiner U.Science,1999,283:520~522
|
| [11] | 19 Schulz U.Appl Opt,2006,45:1608~1627
|
| [12] | 22 Min W L,Jiang B,Jiang P.Adv Mater,2008,20:3914~3918
|
| [13] | 25 Chen H L,Chuang S Y,Lin C H,Lin Y H.Opt Express,2007,15:14793~18803
|
| [14] | 26 Lee Y J,Ruby D S,Peters D W,Mckenzie B B,Hsu J W P.Nano Lett,2008,8:1501~1505
|
| [15] | 28 Kanamori Y,Sasaki M,Hane K.Opt Lett,1999,24:1422~1424
|
| [16] | 32 Wilson S J,Hutley M C.Optica Acta,1982,29:993~1009
|
| [17] | 34 Li Y F,Zhang J H,Zhu S J,Dong H P,Wang Z H,Sun Z Q,Guo J R,Bai Yang.J Mater Chem,2009,19:1806~1810
|
| [18] | 35 Lohm黮ler T,Helgert M,Sundermann M,Brunner R,Spatz J P.Nano Lett,2008,8:1429~1433
|
| [19] | 36 Li Y F,Zhang J H,Zhu S J,Dong H P,Jia F,Wang Z H,Sun Z Q,Zhang L,Li Y,Li H B,Xu W Q,Yang B.Adv Mater,2009,21:473~4734
|
| [20] | 37 Li Y F,Zhang J H,Zhu S J,Dong H P,Jia F,Wang Z H,Tang Y,Zhang L,Zhang S Y,Yang B.Langmuir,2010,26(12):9842~9847
|
| [21] | 38 Weissman J M,Sunkara H B,Tse A S,Asher S A.Science,1996,274:959~960
|
| [22] | 39 Holtz J H,Asher S A.Nature,1997,389:829~832
|
| [23] | 41 Arsenault A C,Puzzo D P,Manners I,Ozin G A.Nat Photonics,2007,1:468~472
|
| [24] | 44 LaFratta C N,Walt D R.Chem Rev,2008,108:614~637
|
| [25] | 46 Schrmann U,Takele H,Zaporojtchenko V,Faupel F.Thin Solid Films,2006,515:801~804
|
| [26] | 56 Wang Z H,Zhang J H,Li J X,Xie J,Li Y F,Liang S,Tian Z C,Li C,Wang Z Y,Wang T Q,Zhang H,Bai Yang.J Mater Chem,2011,21:1264~1270
|
| [27] | 58 Li Y F,Zhang J H,Fang L P,Wang T Q,Zhu S J,Li Y,Wang Z H,Zhang L,Cui L Y,Yang B.Small,2011,7:2769~2774
|
| [28] | 59 Alexeev V L,Das S,Finegold D N,Asher S A.Clinical Chemistry,2004,12:2353~2360
|
| [29] | 60 ZhaoY J,Zhao X W,Hu J,Xu M,Zhao W J,Sun L G,Zhu C,Xu H,Gu Z Z.Adv Mater,2009,21:569~572
|
| [30] | 1 Stavenga D G, Foletti S,Palasantzas G,Arikawa K.Proc R Soc B,2006,273:661~667
|
| [31] | 2 Srinivasarao M.Chem Rev,1999,99:1935~1961
|
| [32] | 4 Kinoshita S,Yoshioka S,Kawagoe K.Proc R Soc Lond B,2002,269:1417~1421
|
| [33] | 14 Striemera C C,Fauchet P M.Appl Phys Lett,2002,81:2980~2982
|
| [34] | 15 Xi J Q,Schubert M F,Kim J K,Schubert E F,Chen M F,Lin S Y,Liu W and Smart J A.Nature Photon,2007,1:176~179
|
| [35] | 16 Lee D,Rubner M F,Cohen R E.Nano Lett,2006,6:2305~2312
|
| [36] | 17 Clapham P B,Hutley M C.Nature,1973,244:281~282
|
| [37] | 18 Gombert A,Glaubitt W,Rose K,Dreibholz J,Blasi B,Heinzel A,Sporn D,Doll W,Wittwer V.Thin Solid Films,1999,351:73~78
|
| [38] | 20 Sai H,Fujii H,Arafune K,Ohshita Y,Yamaguchi M,Kanamori Y,Yugami H.Appl Phys Lett,2006,88:201116~1~201116~3
|
| [39] | 21 Kanamori Y,Hane K,Sai H,Yugami H.Appl Phys Lett,2001,78:142~143
|
| [40] | 23 Sun C H,Jiang P,Jiang B.Appl Phys Lett,2008,92:061112~1~ 061112~3
|
| [41] | 24 Wang S,Yu X Z,Fan H T.Appl Phys Lett,2007,91:061105~1~061105~1
|
| [42] | 27 Kikuta H,Toyota H,Yu W J.Opt Rev,2003,10:63~73
|
| [43] | 29 Yu Z N,Gao H,Wu W,Ge H X,Chou S Y.J Vac Sci Technol B,2003,21:2874~2877
|
| [44] | 30 Clapham P B,Hutley M C.Nature,1973,244:281~282
|
| [45] | 31 Hadob醩 K,Kirsch S,Carl A,Acet M,Wassermann E F.Nanotechnology,2000,11:161~164
|
| [46] | 33 Min W L,Jiang B,and Jiang P.Adv Mater,2008,20:3914~3918
|
| [47] | 40 Lotsch B V,Knobbe C B,Ozin G A.Small,2009,5:1498~1503
|
| [48] | 42 Wang J.Chem Rev,2008,108:814~825
|
| [49] | 43 Borisov S M,Wolfbeis O S.Chem Rev,2008,108:423~461
|
| [50] | 45 Zhang L T,Xie W F,Wang J,Zhang H Z,Zhang Y S.J Phys D:Appl Phys,2006,39:2373~2376
|
| [51] | 47 Sullivan F O,Celanovic I,Jovcanovic N,Kassakian J,Akjyama S,Wada K.J Appl Phys,2005,97:033529~1~033529~1
|
| [52] | 48 Kimura M,Okahara K,Miyamoto T.J Appl Phys,1979,50:1222~1225
|
| [53] | 49 Komikado T,Inoue A,Masuda K,Ando T,Umegaki S.Thin Solid Films,2007,515:3887~3892
|
| [54] | 50 Kurt P,Banerjee D,Cohen R E,Rubner M F.J Mater Chem,2009,19:8920~8927
|
| [55] | 51 Haque M A,Kamita G,Kurokawa T,Tsujii K,Gong J P.Adv Mater,2010,22:5110~5114
|
| [56] | 52 Cunin F,Schmedake T,Link J R,Li Y Y,Koh J,Bhatia S N,Sailor M J.Nature Mater,2002,1:39~41
|
| [57] | 53 Choi S Y,Mamak M,Freymann G V,Chopra N,Ozin G A.Nano Lett,2006,6:2456~2461
|
| [58] | 54 Wang Z H,Zhang J H,Xie J,Li C,Li Y F,Liang S,Tian Z C,Wang T Q,Zhang H,Li H B,Xu W Q.Yang B.Adv Funct Mater,2010,20:3784~3790
|
| [59] | 55 Wang Z H,Zhang J H,Tian Z C,Wang Z Y,Li Y F,Liang S,Cui L Y,Zhang L,Zhang H,Yang B.Chem Commun,2010,46:8636~8638
|
| [60] | 57 Zhang J T,Wang L L,Luo J,Tikhonov A,Kornienko N,Asher S A.J Am Chem Soc,2011,133:9152~9155
|
| [61] | 61 Zhao Y J,Zhao X W,Hu J,Li J,Xu W Y,Gu Z Z.Angew Chem Int Ed,2009,48:7350~7352
|
Full-Text
|
|
Contact Us
service@oalib.com QQ:3279437679 
WhatsApp +8615387084133
|
|
