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Research Paper | Engineering | Malaysia | Volume 7 Issue 12, December 2018
An Ionic Liquid Based Sensor Using Coplanar Electrode Design for Pressure Measurement
Muhammad Rashidi Ab Razak | Mohd Norzaidi Mat Nawi [2]
Abstract: These paper report the development of an ionic liquid based sensor for pressure measurement. Enhancement of the sensor design with complex fabrication techniques, due to changes in the geometry layer will affect the mechanical properties of the sensor. Due to this problem, the ionic liquid based capacitive pressure sensor using Polydimethylsilaxone fluidic systems is proposed. The proposed sensor consists of membrane, microchannel and coplanar electrodes. Polydimethylsiloxane (PDMS) material is chosen for main material based on its potential properties in fluidic systems and the soft lithography technique is used to form a PDMS structure. The fluid mechanism inside the microchannel sensor is validate between the experiment and analytical result. Ethanol is chosen as an ionic liquid due to its property that has low kinematic viscosity. The characterization process including pressure measurement, sensitivity, and linearity were carried out. From the experimental results, the sensor sensitivity is 0.072 pF/kPa
Keywords: ionic, liquid, pdms, pressure
Edition: Volume 7 Issue 12, December 2018,
Pages: 1555 - 1558
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Downloads: 101
Research Paper, Engineering, Indonesia, Volume 7 Issue 9, September 2018
Pages: 815 - 817Design and Development of Respiratory Rate Calculators Patients with Breath Disorders
Torib Hamzah [2] | Abd. Kholiq
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Research Paper, Engineering, Mexico, Volume 6 Issue 11, November 2017
Pages: 1137 - 1141Remote Control and Data Recollection of a Water Pumping System by Internet
T.S.U. Aldair de Luis Morales | T.S.U. Cristian Julian Hernandez Hernandez | T.S.U. Edgar Casique Hernandez | T.S.U. Rosalio Rodriguez Montiel | T.S.U. Alejandro Bonilla Sanchez | M.I.C Ernesto Mendoza Vazquez