[PDF][PDF] Volume fraction extraction for binary mixture of ethanol and methanol using optimized microwave microfluidic sensor
An optimized microfluidic sensor for extracting volume ratio of binary mixture comprising of
ethanol and methanol using electrical resonance technique has been presented in this
work. In order to detect small changes in composition of binary mixture, a split-ring resonator
structure with enhanced sensitivity was designed to operate around 2.5 GHz. A resonator
was designed using HFSS, which possessed enhanced sensitivity. A novel algorithm for
optimization was devised for binary mixture of the two liquids. The resonator was fabricated …
ethanol and methanol using electrical resonance technique has been presented in this
work. In order to detect small changes in composition of binary mixture, a split-ring resonator
structure with enhanced sensitivity was designed to operate around 2.5 GHz. A resonator
was designed using HFSS, which possessed enhanced sensitivity. A novel algorithm for
optimization was devised for binary mixture of the two liquids. The resonator was fabricated …
Volume Fraction Extraction for Binary Mixture of Ethanol and Methanol Using Optimized Microwave Microfluidic Sensor
AS Tahir Ejaz, MA Mughal, HU Rahman - Progress In Electromagnetics …, 2019 - jpier.org
An optimized microfluidic sensor for extracting volume ratio of binary mixture comprising of
ethanol and methanol using electrical resonance technique has been presented in this
work. In order to detect small changes in composition of binary mixture, a split-ring resonator
structure with enhanced sensitivity was designed to operate around 2.5 GHz. A resonator
was designed using HFSS, which possessed enhanced sensitivity. A novel algorithm for
optimization was devised for binary mixture of the two liquids. The resonator was fabricated …
ethanol and methanol using electrical resonance technique has been presented in this
work. In order to detect small changes in composition of binary mixture, a split-ring resonator
structure with enhanced sensitivity was designed to operate around 2.5 GHz. A resonator
was designed using HFSS, which possessed enhanced sensitivity. A novel algorithm for
optimization was devised for binary mixture of the two liquids. The resonator was fabricated …
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