论文部分内容阅读
Low-Voltage pH Sensor Tag Based on All Solution Processed Organic Field-Effect Transistor
【机 构】
:
Department of Electronic Engineering, Shanghai Jiao Tong University, Shanghai 200240, China
【出 处】
:
第六届全国柔性与印刷电子研讨会暨首届国际印刷电子产业峰会
【发表日期】
:
2016年4期
其他文献
As one of the most important flexible devices,flexible photodetectors have received great research attention in recent years because of their potential applications in flexible displays,wearable elect
会议
随着人们保健意识的不断提高,提供连续活动监测、数据可视化的可穿戴电子发展方兴未艾。各种wellness/fitness产品不断呈现并为人们所尝试。相对市场规模来看,运动、娱乐、健康医疗是最大的可穿戴设备最大的三个市场。然而Wellness/fitness可穿戴电子也因多种技术局限、限制了人们对其不断的使用,这包括:-能源提供技术:更轻、更薄、更安全适合用户长期佩戴使用的电池技术-传感器技术:能长期
会议
Printed electronics on plastic and flexible substrates have proceeded rapidly with significant potentials for a variety of applications,including near-field communication,wearable devices,embedded sys
会议
Sensors are becoming more and more important as part of global issue solutions for environment monitoring,digital health and Internet of Things.Several organizations forecast the consumed sensor volum
会议
With the development of new materials and the application of new technology,the development of flexible and printed electronics has been developed rapidly.In particular,OLEDs and flexible electronic d
会议
由苏州纳米所开发的混合印刷纳米银网格透明导电膜具有高导高透,网格肉眼不可见,工艺简单、材料利用率高、且能实现柔性化等特点,继应用于触摸屏成功量产后,其应用于光电器件的透明电极也展现了良好的应用前景。银纳米墨水原材料成本较高,而铜材料价格低廉储量丰富,且电导率与银相近,因而开发纳米铜墨水的网格透明导电膜有重要应用价值。铜纳米导电墨水在空气中通过传统的热烧结时容易被氧化,而在氙灯光能烧结下,铜纳米薄膜
会议
喷墨印刷已被公认为是未来解决大尺寸OLED显示面板的三基色像素构建的重要优选方案,而且具有材料利用率高,工艺成本低,可大幅度降低成本进而提升产品市场竞争力,近几年来相关技术已得到了快速发展。小分子材料因具有结构确定、材料发光效率高、性能稳定,在应用于真空蒸镀的OLED显示产品中已有较高的成熟度等,因而在印刷OLED领域也倍受关注。多层器件结构是获得高性能的OLED发光性能的基本条件,但印刷多功能层
It is challenging to obtain high performance Top-gate organic thin-film transistors (OTFTs) by all-solution-processes,which is mainly restricted by the organic gate insulator (OGI).To obtain high mobi
会议