#electrochemistry
Articles etiquetados con «electrochemistry».
The Faraday Institution: UK Battery Research and Innovation
The Faraday Institution is the UK's leading battery research institute, established in 2017 to advance electrochemical energy storage scienc...
Electrolysis of water: Principles, technologies, and hydrogen production
Electrolysis of water splits H2O into hydrogen and oxygen using electricity. Covers history, thermodynamics, PEM/alkaline tech, and efficien...
Super-iron battery: Technology, chemistry and research history
Overview of the super-iron battery, a proposed rechargeable energy storage device using ferrate salts as cathodes for higher capacity and re...
Lithium-ion battery components: materials and electrochemical architecture
Technical overview of Li-ion battery components: anodes, cathodes, electrolytes, and SEI layers.
Calcium battery: Technology, research and applications
Overview of calcium-ion batteries as a multivalent energy storage alternative to lithium-ion technology.
Research in lithium-ion batteries
Overview of lithium-ion battery research focusing on anode/cathode materials, electrolytes, and management systems.
Johann Wilhelm Ritter: Electrochemistry, Ultraviolet Light and German Romanticism
Johann Wilhelm Ritter (1776–1810) was a German chemist and physicist known for discovering ultraviolet radiation and pioneering electrolysis...
Golding Bird: Pioneering Medical Electrotherapy and Electrochemistry
Golding Bird (1814–1854) was a British physician who advanced medical electrotherapy, invented the porous pot Daniell cell, and pioneered ur...
Depolarizer in Electrochemistry and Battery Technology
Definition, mechanism, and types of depolarizers in electrochemical cells and batteries.
Electrochemical engineering
Branch of chemical engineering dealing with electricity-intensive industrial processes, energy storage, and metal refining.
Gas diffusion electrode: Principles, production and applications
Technical overview of gas diffusion electrodes, covering operating principles, PTFE bonded production methods, and uses in fuel cells and ba...
Pseudocapacitance: Mechanisms, Materials and Energy Storage Applications
Pseudocapacitance is electrochemical storage via fast faradaic redox, electrosorption or intercalation processes on electrode surfaces.
Triple phase boundary: electrochemistry, structure and optimization
Definition, structure and role of triple phase boundaries in fuel cells and batteries for energy conversion.
Superconcentrated electrolytes: Chemistry, properties and battery applications
Overview of superconcentrated electrolytes (water-in-salt), their chemical structure, advantages for lithium batteries, and current limitati...