A new method for constructing an SEGM based on a wire frame is proposed.
For this purpose, two systems, based on a wire-to-wire electrode configuration: (i) with and (ii) without gas bubbling, were designed.
The system is based on a taut wire equipped with low-cost off-the-shelf vibration sensors linked to computers programmed to analyze and respond to signs of intruders.
Figure 10 depicts the experiment topology, which was based on a combined wired and wireless network.
First, an artificial finger was designed based on a SMA wire and a sliding mechanism, which mimics flexion of the human hand.
We report on a reference electrode designed for use in ionic liquids, based on a silver wire coated with silver sulfide.
The system (Smart Transducer Interface Module, STIM) features a simplified Transducer Independent Interface TIII) based on a 3-wire RS232 asynchronous communication and is conceived as a cluster between identical monosensor subsystems and a central Controller.
Simple theory based on a parallel wire approximation to rectangular inductors is developed to allow the variation of the coupling coefficient with angle and radius to be estimated, and hence determine the location of the pivot.
The full system here proposed - easily integrable on a CMOS technology - is based on a hot wire anemometer, provided by Telecontrolli SME, and a suitable heater feedback that achieves, thanks to a dedicated algorithm, a novel portable solution with a robust design, without moving parts and small dimensions.
This chapter presents a procedure to design, integration, and alignment of an amperometric detector based on a metal-wire working electrode in a capillary electrophoresis (CE) microchip and determination of different parameters for the separation of L-ascorbic acid and hydrogen peroxide using Poly methyl methacrylate (PMMA) and Topas CE-microchips.
