Hydrogenation of carbon dioxide to formate was achieved by molecular copper catalysts for the first time. In the cover picture, the gate made of copper is opened by a DBU molecule, inviting carbon dioxide and m
capable of soaking up vast quantities of a specific gas molecule, such as carbon dioxide. They’ve been around about 20 years, and there’s been an explosion in research over the last decade as scientists are finding more and more practical applications. What’s...
Green hydrogen produced by water splitting using renewable electricity is essential to achieve net-zero carbon emissions. Present water electrolysis technologies are uncompetitive with low-cost grey hydrogen produced from fossil fuels, limiting their sca
Most plants split water molecules to generate energy, and now we have a clearer picture of exactly how they do it.
The second reaction is the reaction of methane with oxygen, involving the CH4 molecule or plasma generated atoms and radical fragments that become available in the plasma. This reaction is simplified here (3) and (4) as a partial oxidation, since also CH4 is dissociated in the plasma and in...
NADPHis exactly the same molecule as NADH except for an extra phosphate group. See the upper right picture, the redox reaction happens at the“top”of theNADPHmolecule, so the extra phosphate group at the“bottom”of the molecule makes no difference to the redox chemistry. ...
Electrocatalytic nanocarbon (EN) is a class of material receiving intense interest as a potential replacement for expensive, metal-based electrocatalysts for energy conversion and chemical production applications. The further development of EN will requi
2 represents the earliest structural drawing of a single molecule of an ion-substituted calcium orthophosphate, currently known as carbonate apatite. An attentive reader will notice two different types of calcium (currently known as Ca(1) and Ca(2)) in that structure. Besides, that time, ...
A fuller picture of the chemical activity on the photocatalyst surface is thus obtained. Another important feature of our study is the development of isotopological validation of the nanoscale surface interrogation, which ensures that detected species are indeed the intermediates and products of the ...
Every protein that was detected was included regardless of how low the expression counts were, with the exception of highly polymorphic proteins such as HLA-A. Second, we added all proteins with a designated CD number as of the 10th human cell differentiation molecule workshop56. The amino ...