喷墨打印聚合物电致发光显示(PLED)技术具有操作简单、成本低廉、易于产业化的特点.文章介绍和分析了喷墨打印聚合物PLED技术的现状、产业化所面临的问题及其可能的解决途径,探讨了喷墨打印PLED的未来发展趋势.
参考文献
[1] | Tang C W,Vanslyke S A.Organic electroluminescent diodes[J].Appl.Phys.Lett.,1987,51(12):913-915. |
[2] | Forrest Stephen R.The path tO ubiquitous and low-cost organic electronic appliances on plastic[J].Nature,2004,428(29):911-917. |
[3] | Gather Mahe,Kohnen Anne,Meerholz Klaus.Solution-processed full-color polymer-OLED displays fabricated by direct photolithography[C]//SID 2006 Digest,San Francisco,USA:SID,2006:909-911. |
[4] | Kitazume E,Takeshita K,Murata K,et al.Development of polymer light-emitting diode(PLED)displays using the relief printing method[C]//SID 2006 Digest,San Francisco,USA:SID,2006:1467-1470. |
[5] | Nakajima Hiroyoshi,Morito Shigeru,Nakajima Hirofumi,et al.Flexible OLEDs poster with gravure printing method[C]//SID 2005 Digest,Boston,USA:SID,2005:1196-1199. |
[6] | 彭俊彪.有机光电技术--(一)有机/高分子电致发光技术及产业化进展[J].有机光电,2003,24(4):092-692. |
[7] | Chang Shunchi,Bharathan Jayesh,Yang Yang.Dual-color polymer light-emitting pixels processed by hybrid inkjet printing[J].Appl.Phys.Lett.,1998,73(18):2561-2563. |
[8] | Albertalli David.Gen 7 PFD inkjet equipment-development status[C]//SID 2005 Digest,Boston,USA:SID,2005:1200-1203. |
[9] | Fleuster M,Klein M,Roosmalen P V,et al.Mass manufacturing of full color passive-matrix and active-matrix PLED displays[C]//SID 2004 Digest,Seattle,USA:SID,2004:1276-1279. |
[10] | Van der Vaart N C,Lifka H,Young N D,et al.Towards large-area full-color active-matrix printed polymer OLED television[C]//SID 2004 Digest,Seattle,USA:SID,2004:1284-1287. |
[11] | Bruner Scott,Xu David.Drop landing accuracy improvements in inkjet printed OLED displays[C]//SID 2007 Digest,Long Beach,USA:SID,2007:1611-1612. |
[12] | Grove M,Hayes D,Antohe B,et al.Array printheads for the ink jet fabrication of color polymer LEDs[C]//SID 2002 Digest,Boston,USA:SID,2002:627-629. |
[13] | Grove M,Hayes D,Wallace D,et al.Variable ink-jet printing of polymer OLED display panels using array printheads[C]//SID 2003 Digest,Baltimore,USA:SID,2003:1182-1185. |
[14] | Funamoto Tatsuaki,Matsueda Yojiro,Yokoyama Osamu,et al.A 130-ppi,full-color polymer OLED display fabricated using an ink-jet process[C]//SID 2002 Digest,Boston,USA:SID,2002:899-901. |
[15] | Macpherson Charlie,Anzlowar M,Innocenzo J,et al.Development of full color passive PLED displays by inkjet printing[C]//SID 2003 Digest,Baltimore,USA:SID,2003:1191-1193. |
[16] | Shirasaki Tomoyuki,Ozaki Tsuyoshi,Sato Kazuhito,et al.Full-color polymer AM-OLED using ink-jet and a-Si TFT Technologies[C]//SID 2004 Digest,Seattle,USA:SID,2004:1516-1519. |
[17] | Gupta Rahul,Ingle Andrew,So Franky,et al.Ink jet printed organic displays[C]//SID 2004 Digest,Seattle,USA:SID,2004:1281-1283. |
[18] | Lee Dongwon,Chung JinKoo,Rhee Jungsoo,et al.Ink jet printed full color polymer LED displays[C]//SID 2005 Digest,Boston,USA:SID,2005:527-529. |
[19] | Saafir Ameen K,Chung Jinkoo,Joo Insu,et al.A"14.1"wXGA solution processed OLED display with a-Si TFT[C]//StD 2005 Digest,Boston,USA:SID,2005:968-970. |
[20] | Rhee Jungsoo.Wang Jianpu,Soonwook Cha,et al.A 14.1-in.full-color polymer-LED displays with a-Si TFT backplane by ink-jet printing[C]//SID 2006 Digest,San Francisco,USA:SID,2006:895-897. |
[21] | Gohda Tadashi,Kobayashi Yuhki,Okano Kiyoshi,et al.A 3.6-in.202-ppi full-color AMPLED display fabricated y ink-jet method[C]//SID 2006 Digest,San Francisco,USA:SID,2006:1767-1770. |
[22] | Okutani Satoshi,Kamiura Norihiko,Sano Hiroshi,et al.A 20.8-inch WXGA full color AMOLED display by intergrating scattering reflector with micro-bumps[C]//SID 2007 Digest,Long Beach,USA:SID,2007:173-176. |
[23] | Niu Qiaoli,Shao Yuxuan,Xu Wei,et al.Full color and monochrome passive-matrix polymer light-emitting diodes flat panel displays made with solution processes EJ3.Organic Electronics,2008,9(1):95-100. |
[24] | Tekin Emine,Smith Patrick J,Schubert Ulrich S.Inkjet printing as a deposition and patterning tool for polymers and inorganic particles[J].Soft Matter.,2008,(4):703-713. |
[25] | Christanti Y,Walker L M.Surface tension driven jet break up of stain-hardening polymer solutions[J].J.NonNewtoniana Fluid Mech,2001,100:9-26. |
[26] | Tekin Emine,Holder Elisabeth,Kozodaev Dmitry,et al.Controlled pattern formation of MEH-PPV by ink-jet printing[J].Adv.Funct.Mater.,2007,17:277-284. |
[27] | Letendre Will.Chanllenges in jetting OLED fluids in the manufacturing of FPD using piezoelectric micro-pumps[C]//SID 2004 Digest,Seattle,USA:SID,2004:1273-1275. |
[28] | Mcdonald M.Manufacture of flat panel displays using piezoelectric drop-on-demand ink jet[C]//SID 2003 Digest,Bahimore,USA:SID,2003:1186-1189. |
[29] | Uchikoga Shuichi,Amemiya Isao.Various inkjet methods for thin film transistor array fabrication[C]//SID 2008 Digest,LOS Angeles,USA:SID,2008:433-436. |
[30] | Ikegawa Masato,Azuma Hitoshi.Droplet behaviors on substrate in thin-film formation using ink-jet printing[J].JSME International Journal,2004,47(3):490-496. |
[31] | Deegan R D,Bakajin O,Dupont T F,et al.Capillary flow as the cause of ring stains from dried liquid drops[J].Nature,1997,389(6653):827-829. |
[32] | Van den Berg A M J,de Laat A W M,Smith P J,et al.Geometric control of inkjet printed features using a gelating polymer[J].J.Mater.Chem.,2007,17:677-683. |
[33] | Tekin Emine,de Gans Berend-Jan,Schubert Ulrich S.Ink-jet printing of polymers-from single dots to thin film libraries[J].J.Mater.Chem.,2004,14:2627-2632. |
[34] | Carter Julian,Lyon Peter,Gregory Haydn,et al.Developing a scalable and adaptable ink jet printing process for OLED displays[C]//SID 2005 Digest,Boston,USA:SID,2005:523-525. |
[35] | Soltman Dan,Subramanian Vivek.Inkjet-printed line morphologies and temperature control the coffee ring effect[J].Langmuir,2008,24:2224-2231. |
[36] | lino Shoichi,Miyashita Satoru.Printable OLEDs promise for future TV market[C]//SID 2006 Digest,San Francisco,USA:SID,2006:1463-1466. |
[37] | Kim Young Chul,Kim Sung Soo,Park O Ok,et al.Polymer nanocomposite blue-light-emitting diodes[C]//SID 2006 Digest,San Francisco,USA:SID,2006:968-971. |
[38] | Hsu Che-H,Shen Yulong,Skulason Hjahi,et al.A high work function hole-injection material for enhanced OLED performance[C]//SID 2006 Digest,San Francisco,USA:SID,2006:49-51. |
[39] | Yamada Takeshi,Tsubata Yoshiaki,Ohnishi Toshihiro,et al.Recent progress in light-emitting polymers for full color OLEDs[C]//SID 2008 Digest,LOS Angeles,USA:SID,2008:404-406. |
[40] | Doerfler Rainer,Barth Siegfried,Wedel Armin,et al.New UV-curing OLED encapsulation adhesive with low water permeation[C]//SID 2006 Digest,San Francisco,USA:SID,2006:440-443. |
[41] | Van Assche F J H,Vangheluwe R T,Evers M F J,et al.A thin film encapsulation stack for PLED and OLED displays[C]//SID 2004 Digest,Seattle,USA:SID,2004:695-697. |
[42] | Rosink J J W M,Lifka H,Pierik A,et al.Ultra-thin encapsulation for large-area OLED displays[C]//SID 2004 Digest,Seattle,USA:SID,2004:1272-1275. |
[43] | Hemerik Marcel,Erven Rob van,Yang James,et al.Lifetime of thin-film encapsulation and its impact on OLED device performance[C]//SID 2006 Digest,San Francisco,USA:SID,2006:1571-1574. |
[44] | Shim HongShik,Kee InSeo,Kim JongMin,et al.A novel seamless tiling technology for high resolution OLED displays[C]//2008 Digest,LOS Angeles,USA:SID,2008:518-521. |
[45] | Xia Yajun,Friend Richard H.Nonlithographic patterning through inkjet printing via holes[J].Appl.Phys.Lett.,2007,90(25):253513(1-3). |
[46] | DE Gans Berend-Jan,Hoeppener Stephanie,Schubert Ulrich S.Polymer-relief microstructure by inkjet etching[J].Adv.Mater.,2006,18:910-914. |
[47] | Yoshioka Yuka,Jabbour Ghassan E.Inkjet printing of oxidants for patterning of nanometer-thick conducting polymer electrodes[J].Adv.Mater.,2006,18:1307-1312. |
[48] | Elsehner Andreas,Jonas Friedrich,Lovenich Wilfried,et al.PEDOT-based layers for TCO-substitution and holeinjection[C]//SID 2008 Digest,LOS Angeles,USA:SID,2008:407-410. |
[49] | Kowalski Mark,Caruso James.Edwards Chuck,et al.Inkjet printable met allic conductors for flat-panel display manufacturing[C]//2005 Digest,Boston,USA:SID,2005:926-927. |
[50] | Amemiya Isao,Nomura Yuko,Uchikoga Shuichi,et al.LED packaging by ink-jet mierodeposition of high-viscosity resin and phosphor dispersion[C]//StD 2007 Digest,Long Beach,USA:SID,2007:1603-1606. |
[51] | Choi Min Hee,Lee Sun Hee,Kim Yong Hee,et al.Solvent effect on uniformity of the performance of inkjet printed organic thin-film transistors for flexible display[C]//SID 2008 Digest,LOS Angeles,USA:SID,2008:440-443. |
[52] | Shimoda Tatsuya.Ink-jet technology for fabrication processes of flat panel displays[C]//SID 2003 Digest,Baltimore,USA:SID,2003:1178-1181. |
[53] | Feehery William F.Solution processing of small-molecule OLEDs[C]//2007 Digest Long Beach,USA:SID,2007:1834-1836. |
[54] | Xia Scan,Cheon Kwang-Ohk,Brown Julie J,et al.Printable phosphorescent organic light emitting devices[C]//SID 2008 Digest,LOS Angeles,USA:SID,2008:295-298. |
[55] | Yang Xiaohui,Neher D,Daubler T K,et al.Highly efficient single-layer polymer electrophosrencent devices[J].Adv.Mater.,2004,16(2):161-166. |
[56] | Bulovic Vladimir,Bawendi Moungi.Quantum dot light emitting devices for pixelated full color displays[C]//SID 2006 Digest,San Francisco,USA:SID,2006:1368-1371. |
[57] | Kazlas Peter T,Steckel Jonathan S,Ramprasad Dorai,et al.Progress in developing high efficiency quantum dot displays[C]//SID 2007 Digest,San Francisco,USA:SID,2007:856-859. |
上一张
下一张
上一张
下一张
计量
- 下载量()
- 访问量()
文章评分
- 您的评分:
-
10%
-
20%
-
30%
-
40%
-
50%