上海电子信息职业技术学院 2. 上海大学机电工程与自动化学院 3. 上海航天智能装备有限公司
纸质出版:2022
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郭华, 宋金亚, 杜婧, 等. 基于纺织品的柔性NH3气体传感器研究[J]. 传感器与微系统, 2022,(3):39-42.
基于纺织品的柔性NH3气体传感器研究[J]. 2022, (3): 39-42.
郭华, 宋金亚, 杜婧, 等. 基于纺织品的柔性NH3气体传感器研究[J]. 传感器与微系统, 2022,(3):39-42. DOI: 10.13873/J.1000-9787(2022)03-0039-04.
基于纺织品的柔性NH3气体传感器研究[J]. 2022, (3): 39-42. DOI: 10.13873/J.1000-9787(2022)03-0039-04.
制备了一种新型的柔性NH
3
气体传感器。首先,将预处理后的纺织织物作为柔性衬底,在其上以喷墨打印技术及化学镀铜方法制作铜导电电极;然后,挤出打印单壁碳纳米管(SWCNTs)气体传感层。性能测试结果表明,在2 V电压作用下,传感器在通入浓度为0.4 mg/cm~3氨气的103.8 s内,通过电流由1.35 mA上升到1.46 mA;在撤走氨气的89.2 s内,电流下降到1.42 mA。经过弯曲测试后的传感器,在同样的电压和氨气浓度下,通入氨气的97.39 s内,电流从1.09 mA上升到1.12 mA;在撤走氨气108.57 s内,电流下降到1.098 1 mA。在通入或撤走氨气后的短时间内电流变化速度很快,传感器耐弯折性较好,对一定浓度的氨气灵敏度较高。该成果对可穿戴NH
3
气体传感器的进一步研究和发展有一定参考作用。
制备了一种新型的柔性NH
3
气体传感器。首先,将预处理后的纺织织物作为柔性衬底,在其上以喷墨打印技术及化学镀铜方法制作铜导电电极;然后,挤出打印单壁碳纳米管(SWCNTs)气体传感层。性能测试结果表明,在2 V电压作用下,传感器在通入浓度为0.4 mg/cm~3氨气的103.8 s内,通过电流由1.35 mA上升到1.46 mA;在撤走氨气的89.2 s内,电流下降到1.42 mA。经过弯曲测试后的传感器,在同样的电压和氨气浓度下,通入氨气的97.39 s内,电流从1.09 mA上升到1.12 mA;在撤走氨气108.57 s内,电流下降到1.098 1 mA。在通入或撤走氨气后的短时间内电流变化速度很快,传感器耐弯折性较好,对一定浓度的氨气灵敏度较高。该成果对可穿戴NH
3
气体传感器的进一步研究和发展有一定参考作用。
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