A Thermoelectric Temperature Control Module for a Portable Fluorescent Sensing Platform
A Thermoelectric Temperature Control Module for a Portable Fluorescent Sensing Platform
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DOI：
10.1149/1945-7111/abc35d
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发表时间：
2020-11
影响因子：
3.9
通讯作者：
Brianna Robertson;Young-Ho Shin;Jin-Woo Choi
中科院分区：
文献类型：
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作者：
Brianna Robertson;Young-Ho Shin;Jin-Woo Choi
荧光便携式监测系统提供样品溶液的实时和现场分析，避免运输延误和溶液降解。然而，一些应用，如藻类污染水体的环境监测，依赖于非现场系统提供的温度控制，以获得适当的解决结果。本研究的目标是为便携式荧光传感平台开发温度稳定模块，这是防止结果不准确所必需的。该模块使用基于Peltier设备的系统，通过数模模拟控制电流来加热/冷却解决方案，使用三个表面安装的温度模块，连接到铜比色管支架上，直接连接到Peltier设备上。该系统采用内部控制算法，当发生变化时，有效地将温度超调降至最低。最后，采用样品荧光染料罗丹明B，通过监测罗丹明B的荧光发射随溶液温度升高而降低，突出了系统的可控性。有限的。这是一个开放的条款
Fluorescent portable monitoring systems provide real-time and on-site analysis of a sample solution, avoiding transportation delays and solution degradation. However, some applications, such as environmental monitoring of bodies of water with algae pollution, rely on the temperature control that off-site systems provide for adequate solution results. The goal of this research is the development of a temperature stabilization module for a portable fl uorescent sensing platform, which is necessary to prevent inaccurate results. Using a Peltier device-based system, the module heats/cools a solution through digital-to-analog control of the current, using three surface-mounted temperature modules attached to a copper cuvette holder, which is directly attached to the Peltier device. This system utilizes an in-house algorithm for control, which effectively minimizes temperature overshooting when a change is enacted. Finally, with the use of a sample fl uorescent dye, Rhodamine B, the system ’ s controllability is highlighted through the monitoring of Rhodamine B ’ s fl uorescence emission decrease as the solution temperature increases. Limited. This is an open the terms of the