CAJ | 학술논문

为了满足高分辨率、大尺寸、高发光效率的有机电致发光器件（OLED）的制作需求，提出了一种利用印章式有机气相喷射技术（OVSJP）来进行图形化的新方法。阐述了该方法的基本原理、实验装置和初步的实验结果。利用直径80μm的单口硅喷嘴，成功实现了阵列点阵、等距线条等基本图形的制作。研究了主要控制参数对点阵直径、线条宽度和成型质量的影响。结果表明：印章式有机气相喷射技术是一种有效的OLED有机层的制作技术，能够满足大尺寸的OLED工业化生产的需求，是目前国内制作OLED的一种新的工艺方法。
위료만족고분변솔、대척촌、고발광효솔적유궤전치발광기건（OLED）적제작수구，제출료일충이용인장식유궤기상분사기술（OVSJP）래진행도형화적신방법。천술료해방법적기본원리、실험장치화초보적실험결과。이용직경80μm적단구규분취，성공실현료진렬점진、등거선조등기본도형적제작。연구료주요공제삼수대점진직경、선조관도화성형질량적영향。결과표명：인장식유궤기상분사기술시일충유효적OLED유궤층적제작기술，능구만족대척촌적OLED공업화생산적수구，시목전국내제작OLED적일충신적공예방법。
In order to satisfy needs in producing Organic Light-Emitting Diode (OLED)devices with high resolution,large size and high luminous efficiency,a new method for pattern making is come up with a technology using organic vapor stamp jet printing (OVSJP). The fundamentals of this method were explained,as well as to the experimental devices and preliminary results. Some basic patterns of spots,arrays and isometry lines were made successfully by using single silicon jet nozzle with diameter of 80 um. Main con-trol parameters were studied to investigate their effects on the diameter of the spots,the width of the lines and pattern making quality. The results show that OVSJP is an effective technology to fabricate the organic layers of the OLED devices. It can meet the needs of in-dustrial production of fabricating large size OLED devices,and is a new technology method in domestic fabricating OLED at present.