Browsing by Author "Markovic, Tomislav"

A 4 x 4 Array of Complementary Split-Ring Resonators for Label-Free Dielectric Spectroscopy

A bottom-up cell modeling strategy using broadband microwave and millimeter wave dielectric spectroscopy

A microwave platform for reliable and instant interconnecting combined with microwave-microfluidic interdigital capacitor Chips for sensing applications

A transmission line based microwave heater at 25 GHz for continuous flow microfluidics fabricated on silicon

An impedance matched interdigital capacitor at 1.5 GHz for microfluidic sensing applications

An interdigital capacitor for microwave heating at 25 GHz and wideband dielectric sensing of nL volumes in continuous microfluidics

Broadband determination of liquid mixing ratio through one-port microwave measurements

Broadband dielectric spectroscopy calibration using calibration liquids with unkown permittivity

Broadband Measurement Setup for Cell Electrorotation

Characterization of a novel microwave heater for continuous flow microfluidics fabricated on high-resistivity silicon

Complementary Split-Ring Resonator for Microwave Heating of mu L Volumes in Microwells in Continuous Microfluidics

Complementary Split-Ring Resonator With Improved Dielectric Spatial Resolution

Contactless microwave heating of continuous flow microfluidics on silicon

Controlled Measurement Setup for Ultra-Wideband Dielectric Modeling of Muscle Tissue in 20-45 degrees C Temperature Range

Design and comparison of resonant and non-resonant single-layer microwave heaters for continuous flow microfluidics in silicon-glass technology

Dielectric-based temperature sensing of nanoliter water samples with a post-processing tuned matching network

Effect of open-ended coaxial probe-to-tissue contact pressure on dielectric measurements

Flexible, Segmented Tubular Design With Embedded Complementary Split-Ring Resonators for Tissue Identification

Fully Automated Electrically Controlled Tunable Broadband Interferometric Dielectric Spectroscopy for Aqueous Solutions

High-Sensitivity Large-Throughput Broadband Tunable Microwave Wear Debris Sensing System