Refine by
Electrode Array Articles & Analysis
25 articles found
A full profile insertion meter is placed in the middle of the flow stream through a hot tap. An array of coils and electrodes measure multiple points across the pipe diameter. ...
In recent years, electrocoagulation (EC) has grown in recognition and use as a viable, effective and efficient water treatment method for a wide array of industries. This technology is well equipped to tackle hospital wastewater treatment applications as well. Through the use of electrical current provided to an array of electrodes, the effluent ...
It works by supplying current to an array of metal electrodes (typically iron or aluminum or both). From within the solution, the anode oxidizes and releases ions into the effluent that neutralize the overall charge of the solution. ...
Electrocoagulation (EC) works by supplying a current to an array of metal electrodes. The anodes go through oxidation whereby metal ions are released into the electrolyte. ...
The foundation used the SuperSting R8 Wi-Fi with 56 electrodes and passive cables spaced at five meters as well as the EarthImager 2D with a finite element inversion model of dipole-dipole electrode array data. ...
Process The client used the SuperSting R8 and set out a line of 84 electrodes spaced 12.5 meters apart to measure resistivity and induced polarization (IP) using a dipole-dipole electrode array. ...
AGI’s Multi-Electrode Switch Box is an accessory to the SuperSting Wi-Fi. It allows the SuperSting Wi-Fi to automatically control and switch passive electrodes connected by a passive multi-electrode cable for automatic data acquisition in 2D, 3D, and 4D surveys. ...
Process The determination of site characterization was performed by AGI SuperSting Wi-Fi R8/IP/SP instrument with 42 electrodes and 3 meters electrode spacing with a mixed array of dipole-dipole and Schlumberger The data Processing with EarthImager 2D software. ...
In order to identify where water was breaking through the grout curtain, we used a 56-electrode Sting/Swift system. We tested three different arrays recorded on the same electrode layout: Dipole-Dipole, Schlumberger, and Wenner. Process The array of 56 steel electrodes was located at the bottom of the dam in a ...
Klaza property in Yukon Territory, Canada Equipment: SuperStingR8 with AGI 84 electrode passive electrical imaging cable, 5 meter electrode spacing, inverse schlumberger array, boost mode(200W output), Direct Samples: Reverse circulation drilling and geochemical analysis of core samples. ...
Process Instead of installing (think hammering down electrode spikes) into the ground, 28 electrodes spaced one meter apart on a floating graphite electrode cable were floated out on water and used to rapidly measure a 392-electrode 3D array over a spring to locate zones of higher seepage. ...
A basic WESP is comprised of an array of ionizing electrodes such that negatively charged discharge rods generate a strong electric field and corona. ...
Beltran’s proprietary system is comprised of a tightly configured array of square grounded collection tubes enclosing negatively charged electrode rods that generate intense corona fields. As the source gas is passed through the array, the ionizing electrodes induce a negative charge in even the most minute, submicron-size ...
The Beltran WESPs were designed around an array of ionizing electrodes configured as star-shaped discharge points, surrounded by grounded collection surfaces. ...
What are Biosensors? A biosensor is a device capable of detecting a certain substance or analyte with high specificity. Examples of such analytes are glucose, lactate, glutamine and glutamate. Most biosensors measure the concentration of an analyte in an aqueous solution, usually producing an electrical signal, which is proportional to the analyte’s concentration in its measuring ...
Cell–electrode interfaces play a critical role in extracellular recording. Enlarging the electrode surface area with nanostructures yields higher signal–to–noise–ratios due to lower interface impedance. Adhesion and viability of various cell types on large–scale gold nanopillar electrodes to improve cell–electrode coupling were investigated. Cardiac muscle and human embryonic kidney cells ...
Highly ordered TiO2 nanopore arrays (TNPs) electrode was applied as an electrode material for photoelectrochemical (PEC) degradation of methylic orange (MO). As a comparison, the self-organized TiO2 nanotube arrays (TNAs) electrode about 500 nm in length was fabricated by Ti anodization in 0.5 wt% HF-H2O ...
The device is entirely made of highly compliant polyimide films. Metallic electrodes are embedded in the polyimide films and are opened within individual micro-channels for electro-physiology recording. ...
Furthermore, to advance the integration of automated laboratory systems for single-cell identification and analysis it is useful to position cells into organised arrangements. An electrode array chip, known as the Biochip, has also been developed to trap cells within cavities for high resolution analysis. The Biochip is designed to position cells at known ...
At this site the Dip-Dip method was used with a 56 electrode STING/Swift system. The survey line ran parallel to the highway at a distance of about 10 m. The results obtained after inversion show 3 suspected voids, two air-filled and one probably filled with water or mud. Description The array of 56 steel electrodes were located along ...