The selective oxidation of organic molecules is fundamentally important to life and immensely useful in industry 1,2. Among the myriad ways by which such reactions may be performed, those catalysed by ...

Sparked by several high-profile reports, electrochemistry -- using electricity to perform chemical reactions like oxidation and reduction -- is gaining popularity in the pharmaceutical field. Some ...

When it comes to electrochemistry, the first thing that pops into mind probably isn’t C–H activation or arene cross-coupling reactions. You might think of batteries and solar cells, or industrial ...

Researchers can make the oxidation reactions used in the synthesis of organic molecules cleaner by hitching photovoltaics to electrochemistry. The idea is simple and yet it has huge implications. To ...

This module covers aldehydes and ketones as the substrates and products of redox reactions. Structure is explained with both Lewis structures and molecular orbitals to discuss mechanisms in the ...

Sparked by several high-profile reports, electrochemistry -- using electricity to perform chemical reactions like oxidation and reduction -- is gaining popularity in the pharmaceutical field. Some ...

A group of students has designed a new catalyst that can render important chemical processes more sustainable. Their catalyst can create selective peroxide-like reagents literally from thin air and ...

To make electrochemistry greener, Kevin D. Moeller and his group at Washington University in St. Louis have demonstrated that they can power their reactions with solar energy. Electrochemistry is ...

We report the elusive X-ray structure of the Dess-Martin periodinane (DMP), a hypervalent iodine reagent popular amongst synthetic chemists. In the solid state, the highly crystalline compound forms ...

Analysis of TOC are basically work with two steps i.e. oxidation of organic to form CO2 and detection-to measure the CO2, All laboratory TOC analysers offered today use either the HTC method or heated ...