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The search results below each have a summary which you may find useful
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reduction (rGO) is the most used because of its lower cost and greater dispersion capacity. However, the re-oxidation and pyrolysis of the rGO when exposed to high temperatures is a drawback when manufacturing stable electrodes.
in severe capacity fading due to low electronic conductivity and severe volume change leading to the pulverization of electrodes.
In order to mitigate these issues, they have developed high capacity nanostructured... more
Secondary lithium-ion batteries (LIBs) attracted tremendous interest due to their high energy density, good cycle life, and efficiency compared to Pb-acid, Ni-MH and Ni-Cd batteries. Natural/ synthetic graphite is commonly used as anode for... more
pH sensors have changed little for decades. In many emergent fields they are simply not up to the task. The expensive and fragile glass electrodes need to be manually calibrated on a regular basis, and do not operate... more
industrial applications and is well known for the high energy yield of almost 100%. In a SLFB cell (soluble lead flow battery) a similar process is used to generate energy in form of layered deposits to store on a surface of two electrodes.
cause of death.
Currently, the cardiovascular handheld diagnostic ECG devices market is growing at a considerable rate. There are two groups of devices:
- one ECG lead devices - typically use integrated electrodes... more
an electroencephalogram (EEG). This makes it possible to shift the digital envelope by the determined latency. Next, the envelope is transformed into a constant current signal which is used to stimulate the auditory cortex by skin electrodes.... more
activation signal itself and does not need any extra battery. The receiver harvests the necessary energy over the electric field by capacitive coupling, which is established between receiver electrodes and the... more
A Greek company with 20 years of experience in materials research develops materials and components for clean energy applications in transportation, generation, storage. It also manufactures and commercializes electrodes,... more
electrodes is based on the continuous impregnation of CNT fibres with metal oxide precursors in-line as they are spun from the chemical vapour deposition reaction, followed by thermal treatment (350ºC). Consequently,... more
from pre-defined values.
Another attractive feature represents the quality-based control of water softeners through ion-selective electrodes. Other than conventional periodic or quantity-based control it guarantees... more
demonstrated with several proof-of-concept devices including transistors, ion-selective electrodes and chemical sensors.
The invention has granted patents in China and in nine European countries (GB, FR, DE,... more
Basque SME is working in different aspects of the development:
• High reproducible fabrication of disposable electrodes
• User friendly miniaturized device
• Affinity systems
• Large scale fabrication of enzymes
liquids can also be used to restore (regenerate) biosensor electrodes allowing the execution of autonomous, automated, temporized, on site subsequent measurements.
A functional 8-channels prototype has been successfully... more
design with a novel arrangement of electrodes and membranes and thus, an improved, much more efficient module architecture for the process of photoelectrochemical solar water splitting. In principle, sunlight... more
gate sensing electrodes.
Extreme operating conditions are frequent in the aerospace and automotive industries as well as in other industries and the quality of production and operation depends on the accurate... more
are developed in close cooperation with research institutes and commercial partners. Unlike the common glass housed liquid junction electrodes, those electrochemical sensors are based on a solid contact principle... more