首页|SnO2-Au-PANI复合材料改性商用NH3传感墨水及其性能研究

SnO2-Au-PANI复合材料改性商用NH3传感墨水及其性能研究

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采用点胶印刷技术,以商用墨水(kz-sense-103)在棉布基底上考察电极指间距和电极对数对氨气(NH3)传感性能的影响,确定了指间距为1 mm、传感器性能最佳的6对叉指电极.研究了以SnO2-Au-PANI复合物改性商用墨水获得的改性墨水的传感性能.结果表明:经改性墨水制备的传感器实际检测限可达到5×10-6的NH3,性能远远优于商用墨水,且具有优异的时间、温度和湿度稳定性,并能够从H2、CO、SO2和NH3中区分出NH3,表明该传感器墨水适合在日常及工业环境中对NH3的监测应用.
Investigation on Commercial NH3 Sensing Ink Modified by SnO2-Au-PANI Composite Material and Its Properties
By dispensing printing technology,this paper prepared an ammonia ( NH3 ) sensor on a cotton substrate with interdigitated electrode using commercial ink ( kz-sense-103 ) and investigated the impact of interfinger elec-trode spacing and number of interdigital pairs on sensor performance.The results indicate that the sensor with 6 in-terdigital pairs and 1 mm electrode spacing exhibited the strongest response to NH3 .Additionally,a SnO2-Au-PA-NI compound was prepared to enhance the performance of the commercial ink for NH3 sensing through a mixed method.The modified ink demonstrated a significantly improved response to NH3 compared to the commercial ink,with a real detection limit of 5 × 10 -6 .The NH3 sensor prepared with the modified ink shows excellent stability for the changes of temperature and humidity,and can distinguish NH3 from H2 ,CO,SO2 and NH3 .These findings suggest that the modified sensing ink is suitable for monitoring NH3 in daily and industrial environments.

NH3 sensormodified inkinterdigitated electrodeSnO2-Au-PANI compound

李彦谋、郑佳辉、彭媛、谭宏鑫、汪秋宁、张洪艳

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北京服装学院材料设计与工程学院,服装材料研究开发与评价北京市重点实验室,北京市纺织纳米纤维工程技术研究中心,北京100029

NH3传感器 改性墨水 叉指电极 SnO2-Au-PANI复合物

国家重点研发计划项目国家重点研发计划项目北京学者计划北京服装学院"服装学"新兴交叉学科平台建设项目北京服装学院2022年研究生教育质量提升专项

2022YFB38058042022YFB3805802RCQJ2030311000024T000003073871NHFZ20230182

2024

10.16454/j.cnki.issn.1001-0564.2024.01.005

北京服装学院学报(自然科学版)
北京服装学院

北京服装学院学报(自然科学版)

影响因子：0.17
ISSN：1001-0564
年,卷(期)：2024.44(1)
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