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首页> 美国卫生研究院文献>Journal of Research of the National Institute of Standards and Technology >Development of A High Throughput Method Incorporating Traditional Analytical Devices
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Development of A High Throughput Method Incorporating Traditional Analytical Devices

机译：结合传统分析设备的高通量方法的开发

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A high-throughput (high throughput is the ability to process large numbers of samples) and companion informatics system has been developed and implemented. High throughput is defined as the ability to autonomously evaluate large numbers of samples, while an informatics system provides the software control of the physical devices, in addition to the organization and storage of the generated electronic data. This high throughput system includes both an ultra-violet and visible light spectrometer (UV-Vis) and a Fourier transform infrared spectrometer (FTIR) integrated with a multi sample positioning table. This method is designed to quantify changes in polymeric materials occurring from controlled temperature, humidity and high flux UV exposures. The integration of the software control of these analytical instruments within a single computer system is presented. Challenges in enhancing the system to include additional analytical devices are discussed.
机译：已经开发并实现了高通量（高通量是处理大量样品的能力）和配套信息系统。高通量定义为自主评估大量样品的能力，而信息系统除了组织和存储所生成的电子数据外，还提供对物理设备的软件控制。这种高通量系统包括紫外可见光谱仪（UV-Vis）和与多样品定位台集成在一起的傅立叶变换红外光谱仪（FTIR）。此方法旨在量化受控制的温度，湿度和高通量紫外线照射引起的聚合物材料的变化。这些分析仪器的软件控制集成在单个计算机系统中。讨论了增强系统以包含其他分析设备的挑战。

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