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Y,et al.Electrohydrodynamic printing: bilities,and applications of high-resolution electrohydrodynamic jet a potential tool for high-resolution hydrogel/cell patterning.Virtu- printing.Small,2015,11(34):4237 al Phys Prototyping,2016,11(1)57 4]Lee A,Jin H,Dang H W,et al.Optimization of experimental pa- [14]Korvink J G,Smith P J,Shin D Y.Inkjet-Based Micromanufac- rameters to determine the jetting regimes in electrohydrodynamic turing.Hoboken:Wiley-VCH Verlag GmbH Co,2012 printing.Langmuir,2013,29(44):13630 [15]Park J,Kim B,Kim S,et al.Prediction of drop-on-demand [5]Park J U,Hardy M,Kang S J,et al.High-resoluting eletrohydro- (DOD)pattern size in pulse voltage-pplied electrohydrodynamic dynamic jet printing.Nat Mater,2007,6(10):782 (EHD)jet printing of Ag colloid ink.Appl Phys A,2014,117: [6]Yang J J,Zhang Z Y,Lan H B,et al.Jetting mechanism and 2225 rules of micro scale 3D printing based on EHD.T Chin Soc Agric [16]Gao F Q,Sonin AA.Precise doposition of molten microdrops: Mach,2016,47(6):401 the physics of digital microfabrication.Proc R Soc A,1994,444 (1922):533 (杨建军，张志远，兰红波，等.基于EHD微尺度3D打印喷 射机理与规律研究.农业机械学报，2016,47(6)：401) 17]Li JL Electrospray.Shanghai:Shanghai Jiao Tong University ]Choi K J,Rahman K,Muhammad N M,et al.Electrohydrody- Press,2012 (李建林.电场喷射.上海：上海交通大学出版社，2012) namic inkjet-micro pattem fabrication for printed electronics appli- cations /Recent Advances in Nanofabrication Techniques and Ap- [18]Taylor G.Disintegration of water drops in an electric field.Pro R Soc London Ser A,1964,280(1382)383 plications [2017-05-31]https:/www.intechopen.com/books/ [19]Hayati I,Baikey A I,Tadros T F.Mechanism of stable jet for- recent-advances-in-nanofabrication-echniques-and-applications/ electrohydrodynamic-inkjet-micro-pattern-fabrication-for-printed mation in electrohydrodynamic atomization.Nature,1986,319 (6048):41 lectronics-pplications工程科学学报，第 40 卷，第 3 期 动速度和脉冲频率等工艺参数，确定出较为理想的 喷印工艺窗口，其中优化出工艺参数: 电压 1500 V， 喷嘴与基底距离 0. 3 mm，占空比 57% ，工作台移动 速度 110 mm·s － 1，脉冲频率 1200 Hz． 最终采用内径 为 60 μm 喷嘴实现了最小线宽 3 μm 打印以及微尺 度图案打印． 参 考 文 献 ［1］ Lan H B，Li D C，Lu B H． Micro and nano scale 3D printing． Sci Sin Technol，2015，45( 9) : 919 ( 兰红波，李涤尘，卢秉恒． 微纳尺度 3D 打印． 中国科学: 技 术科学，2015，45( 9) : 919) ［2］ Yudistira H T，Tenggara A P，Oh S S，et al． High-resolution electrohydrodynamic jet printing for the direct fabrication of 3D multilayer terahertz metamaterial of high refractive index． J Micro￾mech Microeng，2015，25( 4) : 045006-1 ［3］ Onses M S，Sutanto E，Ferreira P M，et al． Mechanisms，capa￾bilities，and applications of high-resolution electrohydrodynamic jet printing． Small，2015，11( 34) : 4237 ［4］ Lee A，Jin H，Dang H W，et al． Optimization of experimental pa￾rameters to determine the jetting regimes in electrohydrodynamic printing． Langmuir，2013，29( 44) : 13630 ［5］ Park J U，Hardy M，Kang S J，et al． High-resoluting eletrohydro￾dynamic jet printing． Nat Mater，2007，6( 10) : 782 ［6］ Yang J J，Zhang Z Y，Lan H B，et al． Jetting mechanism and rules of micro scale 3D printing based on EHD． T Chin Soc Agric Mach，2016，47( 6) : 401 ( 杨建军，张志远，兰红波，等． 基于 EHD 微尺度 3D 打印喷 射机理与规律研究． 农业机械学报，2016，47( 6) : 401) ［7］ Choi K J，Ｒahman K，Muhammad N M，et al． Electrohydrody￾namic inkjet-micro pattern fabrication for printed electronics appli￾cations / / Ｒecent Advances in Nanofabrication Techniques and Ap￾plications ［2017--05--31］ https: / /www． intechopen． com / books/ recent-advances-in-nanofabrication-techniques-and-applications/ electrohydrodynamic-inkjet-micro-pattern-fabrication-for-printed-e￾lectronics-applications ［8］ Wei C，Qin H T，Chiu C P，et al． Drop-on-demand E-jet printing of continuous interconnects with AC-pulse modulation on highly in￾sulating substrates． J Manuf Syst，2015，37( 2) : 505 ［9］ Ｒahman K，Ali K，Muhammad N M，et al． Fine resolution drop￾on-demand electrohydrodynamic patterning of conductive silver tracks on glass substrate． Appl Phys A，2012，111( 2) : 593 ［10］ Kim Y，Jang S，Oh J H． High-resolution electrohydrodynamic printing of silver nanoparticle ink via commercial hypodermic nee￾dles． Appl Phys Lett，2015，106( 1) : 1261 ［11］ Huang F L，Sun Q，Zhang L B，et al． Overview on the micropat￾terned printing method by near-field electrohydrodynamic cone jet． Mech Electr Eng Technol，2017，46( 2) : 58 ( 黄风立，孙权，张礼兵，等． 近场电流体动力锥射流微图案 化打印方法研究综述． 机电工程技术，2017，46( 2) : 58) ［12］ Park J，Park J W，Nasrabadi A M，et al． Methodology to set up nozzle-to-substrate gap for high resolution electrohydrodynamic jet printing． Appl Phys Lett，2016，109( 13) : 134104 ［13］ Zhao X，He J K，Xu F Y，et al． Electrohydrodynamic printing: a potential tool for high-resolution hydrogel /cell patterning． Virtu￾al Phys Prototyping，2016，11( 1) : 57 ［14］ Korvink J G，Smith P J，Shin D Y． Inkjet-Based Micromanufac￾turing． Hoboken: Wiley-VCH Verlag GmbH ＆ Co，2012 ［15］ Park J，Kim B，Kim S，et al． Prediction of drop-on-demand ( DOD) pattern size in pulse voltage-applied electrohydrodynamic ( EHD) jet printing of Ag colloid ink． Appl Phys A，2014，117: 2225 ［16］ Gao F Q，Sonin A A． Precise doposition of molten microdrops: the physics of digital microfabrication． Proc Ｒ Soc A，1994，444 ( 1922) : 533 ［17］ Li J L． Electrospray． Shanghai: Shanghai Jiao Tong University Press，2012 ( 李建林． 电场喷射． 上海: 上海交通大学出版社，2012) ［18］ Taylor G． Disintegration of water drops in an electric field． Proc Ｒ Soc London Ser A，1964，280( 1382) : 383 ［19］ Hayati I，Baikey A I，Tadros T F． Mechanism of stable jet for￾mation in electrohydrodynamic atomization． Nature，1986，319 ( 6048) : 41 · 083 ·