Not exact matches
Nevertheless, a team from the University of Copenhagen's Department of Chemistry has managed to become the first to bond positively charged
phosphorus atoms with positively charged hydrogen ones.
And in this case, the scientists found that the
phosphorus had a little patch of negative charge, just enough to hook up
with the hydrogen
atom.
Semiconductors are made by bombarding pure silicon
with atoms of
phosphorus or boron, thus «doping» silicon to turn it into a semiconductor.
The single -
atom transistor is made by carving a slot in a hydrogen - coated silicon wafer
with a tunneling electron microscope and depositing a single
phosphorus atom in the hole.
The
phosphorus atom acts as an electrical bucket, holding one electron — representing a single bit of information — until it is jolted
with an external voltage.
The researchers were able to peer inside elements like
phosphorus and sulfur
with incredibly high «time resolution,» exciting the electrons in the deepest part of those
atoms.
In addition, gold clusters
with the phenyl - containing ligand fragmented through a wide range of dissociation channels involving the loss of gold
atoms as well as activation of the
phosphorus - carbon bonds of the ligands.
Methods: Diphenylphosphine ligands, which consist of two phenyl (C6H5) substituted
phosphorus centers separated by a carbon chain of variable length, produce gold clusters
with extremely narrow distributions in size; that is, the synthesis route produces a large quantity of clusters
with the same number of gold
atoms as well as a small number of clusters
with similar numbers of
atoms.