Computational study shows how apical carbons in propellanes and pyramidanes can form hydrogen, halogen, chalcogen, pnictogen ...

A paper titled "Functional implications of unusual NOS and SONOS covalent linkages found in proteins," by Matthew D. Lloyd, ...

A total of ten electrons -- the equivalent of five covalent bonds -- are involved ... Each uranium atom has a total of 16 atomic orbitals that are available for bond formation. Gagliardi and Roos used ...

But in recent years, researchers have created various coordination complexes that encourage 4f orbitals to make a modest contribution to covalent bonds ... The team used X-ray crystallography ...

The team used X-ray diffraction analysis to study the crystals and found that the carbon atoms in them were extremely close together, suggesting the presence of single-electron covalent bonds ...

To find out if it is possible, researchers started with a covalent bond that already exists with two electrons. They then removed one of those electrons by using a chemical reaction. They used a ...

The team used X-ray diffraction analysis to study the crystals and found that the carbon atoms in them were extremely close together, suggesting the presence of single-electron covalent bonds ...

This sharing of electrons and overlapping of electronic orbitals makes covalent bonds very strong. If graphite contains these bonds, why is it such a soft material then? Well, as these bonds are ...

Although drugs that make covalent bonds with their ... that might engage in this type of bond making with biological targets, preferring instead to use molecules that drift in and out of their ...

The researchers delineated the underlying bond mechanism and hybrid atomic orbital contributions within ... by contributing institutions or for the use of any information through the EurekAlert ...