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Development and Optimization of an Airborne Formaldehyde Microfluidic Analytical Device Based on Passive Uptake through a Microporous Tube

机译：基于微孔管的被动吸收的空气甲醛微流体分析装置的开发与优化

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Anaïs Becker; Christina Andrikopoulou; Pierre Bernhardt; Ruben Ocampo-Torres; Claire Trocquet; Stéphane Le Calvé;
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年度 2019
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1. On-line gaseous formaldehyde detection by a microfluidic analytical method based on simultaneous uptake and derivatization in a temperature controlled annular flow [J] . Guglielmino Maud, Bernhardt Pierre, Trocquet Claire, Talanta: The International Journal of Pure and Applied Analytical Chemistry . 2017,第期

机译：基于同时吸收和衍生在温度控制的环形流动中的微流体分析方法在线气态甲醛检测
2. Manipulation of fluid flow direction in microfluidic paper-based analytical devices with an ionogel negative passive pump [J] . Tugce Akyazi, Nerea Gil-Gonzalez, L. Basabe-Desmonts, Sensors and Actuators . 2017,第auga期

机译：带有离子凝胶负被动泵的基于微流纸的分析设备中的流体流向操纵
3. Fluidic flow delay by ionogel passive pumps in microfluidic paper-based analytical devices [J] . Tugce Akyazi, Janire Saez, Jorge Elizalde, Sensors and Actuators . 2016,第octa期

机译：基于微流纸的分析设备中的离子凝胶被动泵的流体流动延迟
4. Development of a Detection Tube for Formaldehyde Based on Passive Sampling [C] . Yu Qian, Zhou Qinhai, Chen Zhiyuan Specialty conference on measurement of toxic and related air pollutants . 1997

机译：基于被动采样的甲醛检测管的研制
5. Development of Microfluidic Paper-Based Analytical Devices for Point-of-Care Human Physiological and Performance Monitoring [D] . Murdock, Richard C. 2015

机译：用于护理现场人体生理和性能监测的基于微流纸的分析设备的开发
6. Development and Optimization of an Airborne Formaldehyde Microfluidic Analytical Device Based on Passive Uptake through a Microporous Tube [O] . Anaïs Becker, Christina Andrikopoulou, Pierre Bernhardt, 2019

机译：基于微孔管被动吸收的机载甲醛微流分析仪的开发与优化
7. On-line gaseous formaldehyde detection by a microfluidic analytical method based on simultaneous uptake and derivatization in a temperature controlled annular flow [O] . Maud Guglielmino, Pierre Bernhardt, Claire Trocquet, 2017

机译：基于同时吸收和衍生在温度控制的环形流动中的微流体分析方法在线气态甲醛检测

Development and Optimization of an Airborne Formaldehyde Microfluidic Analytical Device Based on Passive Uptake through a Microporous Tube

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