Continuous production of bimetallic nanoparticles on carbon nanotubes based on 3D-printed microfluidics

Liu, Bo; Jin, Jing; Ran, Bin; Chen, Chaozhan; Li, Jiaqian; Qin, Ning; Zhu, Yonggang

doi:10.1039/d3nr05090d

Nanoscale

2024

DOI: 10.1039/d3nr05090d

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Continuous production of bimetallic nanoparticles on carbon nanotubes based on 3D-printed microfluidics

Bo Liu,

Jing Jin,

Bin Ran

et al.

Abstract: Nanoparticle-functionalized carbon nanotubes are promising in many research fields, especially in sensing, due to their intriguing performance in catalysis. However, these nanomaterials are mainly produced through batch processes under harsh...

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Cited by 3 publications

References 46 publications

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Portable, facile microfluidic platform using a low-cost vacuum pump for multiplex biomarker detection in human samples

Liu,

Jin,

Ran

et al. 2025

Sensors and Actuators B: Chemical

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Portable, facile microfluidic platform using a low-cost vacuum pump for multiplex biomarker detection in human samples

Liu,

Jin,

Ran

et al. 2025

Sensors and Actuators B: Chemical

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Micromixing strategies for efficient mixing processes: a comprehensive review

Soltani,

Persoons,

Alimohammadi

2024

J. Micromech. Microeng.

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The demand for rapid, high-quality, and controlled mixing at the microscale has led to the development of various types of micromixers. Micromixers are commonly categorised as active, or passive based on whether they utilise external energy to enhance mixing. Passive micromixers utilise a complex geometry to enhance the diffusion coefficient at lower Reynolds numbers and induce chaotic advection at higher Reynolds numbers for effectively mixing fluids without external energy. Active micromixers, on the other hand, achieve precise, fast, and controllable mixing by employing external energy sources such as pressure, electric, magnetic, or acoustic fields. Some active methods such as magnetic field-driven micromixers need fluids with specific properties. Others, such as acoustic field-driven micromixers apply to various types of fluids. Bubbles can be used as membranes or stirrers in microfluidic devices for both passive and active micromixers. They are easy to use, compatible with microfluidic systems, low cost, and effective. Improvements in manufacturing methods, notably, 3D printing have emerged as promising methods for the development of new micromixer designs. In this paper, a wide range of micromixer types is reviewed and the main mechanism for enhanced mixing is investigated. This study aims to provide a valuable guide for researchers looking to propose innovative designs. Furthermore, it is shown that combining different methods can lead to more effective micromixers, promising further advancements in microscale mixing technology.

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Application of 3D printing technology in micro chemical engineering

Zhang,

Li,

Zhang

et al. 2024

Sci. Sin.-Chim

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Continuous production of bimetallic nanoparticles on carbon nanotubes based on 3D-printed microfluidics

Abstract: Nanoparticle-functionalized carbon nanotubes are promising in many research fields, especially in sensing, due to their intriguing performance in catalysis. However, these nanomaterials are mainly produced through batch processes under harsh...

Cited by 3 publications

References 46 publications

Portable, facile microfluidic platform using a low-cost vacuum pump for multiplex biomarker detection in human samples

Portable, facile microfluidic platform using a low-cost vacuum pump for multiplex biomarker detection in human samples

Micromixing strategies for efficient mixing processes: a comprehensive review

Application of 3D printing technology in micro chemical engineering

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