Search engine for discovering works of Art, research articles, and books related to Art and Culture
Javascript must be enabled to continue!
The Electrochemistry of Halogens
View through CrossRef
AbstractThe sections in this article areIntroductionThe Electrochemistry of FluorineIntroductionElectrochemical Generation of FluorineElectrofluorination in SynthesisGas and Ion Sensors for Fluorine and FluorideThe Electrochemistry of ChlorineIntroductionElectrogeneration of Chlorine GasIn Situ Electrogeneration of ChlorineMiscellaneous Methods and Applications Involving Electrogenerated ChlorineSensors for Chlorine and ChlorideThe Electrochemistry of BromineIntroductionElectrochemical Generation of BromineElectrobromination in SynthesisElectrogenerated Bromine as Redox MediatorElectrobromination Processes in Room Temperature Ionic LiquidsMiscellaneous Methods and Applications Involving Electrogenerated BromineSensors for Bromine and BromideThe Electrochemistry of IodineIntroductionElectrochemical Studies of Iodine GenerationElectroiodination and Electrogenerated Iodine as a Redox Mediator in ElectrosynthesisMiscellaneous Methods and Applications Involving Iodine Redox SystemsApplication of Iodine as a Redox Mediator in ElectroanalysisSensors for Iodine and IodideThe Electrochemistry of AstatineIntroductionElectrochemical Studies
Title: The Electrochemistry of Halogens
Description:
AbstractThe sections in this article areIntroductionThe Electrochemistry of FluorineIntroductionElectrochemical Generation of FluorineElectrofluorination in SynthesisGas and Ion Sensors for Fluorine and FluorideThe Electrochemistry of ChlorineIntroductionElectrogeneration of Chlorine GasIn Situ Electrogeneration of ChlorineMiscellaneous Methods and Applications Involving Electrogenerated ChlorineSensors for Chlorine and ChlorideThe Electrochemistry of BromineIntroductionElectrochemical Generation of BromineElectrobromination in SynthesisElectrogenerated Bromine as Redox MediatorElectrobromination Processes in Room Temperature Ionic LiquidsMiscellaneous Methods and Applications Involving Electrogenerated BromineSensors for Bromine and BromideThe Electrochemistry of IodineIntroductionElectrochemical Studies of Iodine GenerationElectroiodination and Electrogenerated Iodine as a Redox Mediator in ElectrosynthesisMiscellaneous Methods and Applications Involving Iodine Redox SystemsApplication of Iodine as a Redox Mediator in ElectroanalysisSensors for Iodine and IodideThe Electrochemistry of AstatineIntroductionElectrochemical Studies.
Related Results
The Halogens
The Halogens
AbstractThe halogens are those elements in group XVII of the periodic table, and include fluorine, chlorine, bromine, iodine, and astatine, the latter of which is a radioactive ele...
Electrochemistry of Zinc
Electrochemistry of Zinc
Abstract
The sections in this article are
Double‐layer Properties of Zinc Electrodes
Pc
...
Introduction
Introduction
Nanopore electrochemistry refers to the promising measurement science based on elaborate pore structures that offer a well-defined geometric confined space to adopt and characteriz...
Electrochemistry of Cadmium
Electrochemistry of Cadmium
Abstract
The sections in this article are
Double‐layer Properties of Cadmium Electrodes
Electroche...
Halogens as a proxy for magma degassing at crustal depths
Halogens as a proxy for magma degassing at crustal depths
Arc magmatic systems are thought to attain fluid saturation already at mid to lower crustal depths, and magmatic fluids may play an important role in transporting ore metals and su...
Summary and Outlook
Summary and Outlook
Measurement science has been stepping into single entity sensing. Nanopore electrochemistry as a powerful technique is attracting increasing attention for identifying and character...
Electrochemistry and Optical Microscopy
Electrochemistry and Optical Microscopy
Abstract
Electrochemistry exploits local current heterogeneities at various scales ranging from the micrometer to the nanometer. The last decade has witnesse...
Electrochemistry of the Iron Group
Electrochemistry of the Iron Group
AbstractThe sections in this article areIntroductionElectrochemistry of Low‐valent Iron Complexes (Iron −IIto +II)Iron(−II): Collman's Reagent via Reduction of Iron(0) Pentacarbony...