Compact contactless conductometric, ultraviolet photometric and dual-detection cells for capillary electrophoresis via additive manufacturing

Yin, Bangjie; Zhang, Zheng; Wang, Yingchun; Zeng, Hui; Xu, Jin; Li, Hongzhou; Li, Yan; Zhang, Min

doi:10.1016/j.chroma.2023.464469

Cited by 2 publications

(1 citation statement)

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“…To further expand the capabilities of the miniaturized detector, a re‐designed integrated device included laser‐induced fluorescence (LIF) detection as well [105]. Although these initial versions were controlled with a standard commercial hardware/software platform, a follow‐up design with lower wavelength (235 and 255 nm) UV‐LEDs utilized an Arduino Uno for operation [106]. To increase the separation throughput while minimizing Joule heating using the Arduino‐controlled instrument, a cooling channel can also be added [107].…”

Section: Detectors and Data Acquisitionmentioning

confidence: 99%

The utilization of open‐source microcontroller boards and single‐board computers in liquid chromatography

Piccolo,

Foster,

Parker

et al. 2024

J of Separation Science

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Electronic system control of analytical instrumentation remains a critical aspect of modern measurement science. Within the field of liquid chromatography (LC), this is especially relevant for automation, module operation, detection, data acquisition, and data analysis. Increasingly, home‐built analytical tools used for liquid‐phase separations rely upon open‐source microcontrollers and single‐board computers to aid in simplifying these operations. In this review, we detail literature reported within the past 5 years in which these types of devices were used to advance various aspects of the LC research field, including sample preparation, instrument control, and data collection.

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Section: Detectors and Data Acquisitionmentioning

confidence: 99%