Publications by authors named "Colin Kallnik"
Article Synopsis
- Microfluidic-microwave devices (MMDs) are effective tools for analyzing small amounts of liquids quickly and accurately, but creating them is challenging due to the need to combine fluid and electronic components.
- A new 3D-printing technique has been developed that uses liquid metal for electrical conductivity and specific polymers as dielectric materials, showcasing excellent performance for high-frequency applications.
- The study shows that these 3D-printed MMDs can be utilized for advanced testing, such as characterizing water-in-oil emulsions and forming complex droplet interface layers, highlighting their potential in materials science and biochemistry research.
