Material and circuit design for organic electronic vapor sensors and biosensors
Material and circuit design for organic electronic vapor sensors and biosensors
复制标题
有机电子蒸汽传感器和生物传感器的材料和电路设计
DOI：
10.1117/12.2530058
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发表时间：
2019
期刊：
影响因子：
--
通讯作者：
List-Kratochvil, Emil J.
中科院分区：
文献类型：
--
作者：
Dailey, Jennifer;Li, Hui;Song, Jian;Besar, Kalpana;Jang, Hyun-June;Chu, Yingli;Katz, Howard E.;Shinar, Ruth;Kymissis, Ioannis;List-Kratochvil, Emil J.
我们总结了我们最近在用于检测大气中的挥发性分析物和水溶液中的蛋白质的材料、设备和电路结构方面的研究结果。两种类型的传感目标的共同点是设计对感兴趣的分析物比对可能的干扰物响应更强烈的材料，以及使用化学和电子放大方法来增加所需响应与漂移的比率（信号/噪声比）。可印刷材料，尤其是聚合物，受到了重视。此外，使用多个传感元件（通常是场效应晶体管）可以通过缩小提供响应的化合物类别、区分时间依赖性响应和剂量依赖性响应以及增加分析物响应与环境漂移的比率来增加信息的选择性。为了提高用于检测溶液中分析物的系统的稳定性，我们有时以称为远程门的布置将传感表面与输出设备分开。我们表明，输出设备可能是有机晶体管或硅基晶体管，并且可以响应传感表面因各种化学相互作用而产生的电化学电位变化。
We summarize our recent results on material, device, and circuit structures for detection of volatile analytes in the atmosphere and proteins in aqueous solution. Common to both types of sensing goals is the design of materials that respond more strongly to analytes of interest than to likely interferents, and the use of chemical and electronic amplification methods to increase the ratio of the desired responses to the drift (signal/noise ratio). Printable materials, especially polymers, are emphasized. Furthermore, the use of multiple sensing elements, typically field-effect transistors, increases the selectivity of the information, either by narrowing the classes of compounds providing the responses, distinguishing time-dependent from dose-dependent responses, and increasing the ratio of analyte responses to environmental drifts. To increase the stability of systems used to detect analytes in solution, we sometimes separate the sensing surface from the output device in an arrangement known as a remote gate. We show that the output device may be an organic-based or a silicon-based transistor, and can respond to electrochemical potential changes at the sensing surface arising from a variety of chemical interactions.
使用与野外晶体管耦合的抗体的聚合物检测电子皮质醇。
影响因子：
9.5
作者：
Jang HJ;Lee T;Song J;Russell L;Li H;Dailey J;Searson PC;Katz HE
通讯作者：
Katz HE