Micro-mixing is an essential step in various biological and chemical analyses and synthesis
processes. In the present study, an acoustofluidic micromixer is designed, modeled, and its …

Flexible and accurate control of microswimmers is significant for lots of applications. Herein,
we present a method for effective microswimmer manipulation in multiple microfluidic …

Techniques that can dexterously manipulate particles/cells are significant for biological
detection, analytical chemistry, and material synthesis applications. Although there are many …

Nucleic acid biomarker detection has great importance in the diagnosis of disease, the
monitoring of disease progression and the classification of patients according to treatment …

Fiber‐spinning chemistry (FSC) has emerged as a promising micro‐reaction platform due to
its high‐specific surface area, efficient heat and mass transfer, and enhanced reaction rate …

In chemical processes, fluid mixing and heat transfer efficiency are very important. To
guarantee high mixing efficiency and heat transfer performance during chemical processes …

Microfluidics systems can be fabricated in various ways using original silicon glass systems,
with easy Si processing and surface modifications for subsequent applications such as cell …

A microfluidic chip, integrated with a contact flow velocity sensor, was fabricated. A single
gold nanowire prepared by nanoskiving was positioned across the bottom of a microfluidic …

Multi-fluid micromixing, which has rarely been explored, typically represents a highly sought-
after technique in on-chip biochemical and biomedical assays. Herein, we propose a novel …

Abstract Zinc oxide (ZnO) nanoparticles (NPs) have been underscored as emerging
functional materials in biomedical research domains. In the present study, we generated …