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Chemistry World
January 23, 2014
Andy Extance |
Phosphorene discovery positively impacts 2D electronics US researchers have made phosphorus into an analog of graphene, dubbed phosphorene, allowing practical electronic devices made from such two-dimensional materials.   |
Chemistry World
October 28, 2014
Emma Stoye |
2D arsenic allotrope predicted Inspired by recent work on phosphorene, silicene and other two-dimensional allotropes, researchers have been investigating the potential properties of arsenene -- a honeycomb monolayer of arsenic. |
Chemistry World
August 5, 2015
Simon Hadlington |
New two-dimensional tin material created Two-dimensional tin has been predicted to exhibit a range of unusual electronic phenomena, such as topological insulation. |
Chemistry World
September 11, 2014
Emma Stoye |
Germanium enters 2D scene In recent years we've welcomed silicene and phosphorene to the family of elements that have a two-dimensional allotrope, and now germanium has become the latest member. |
Chemistry World
June 23, 2006
Jon Evans |
Phosphorus Concentrations Catalogued in Coral A species of cold-water coral keeps an accurate record of marine phosphorus concentrations, report geoscientists. The coral Desmophyllum dianthus incorporates phosphorus into its skeleton at concentrations proportional to those in the surrounding ocean. |
Chemistry World
December 10, 2014
Emma Stoye |
Cutting edge chemistry in 2014 Highlights from last year's ground breaking chemical sciences research. |
Chemistry World
April 11, 2010
Simon Hadlington |
Phosphorus fragments trapped Researchers in the US and Germany have shown how a rare and highly reactive form of phosphorus can be captured and crystallised, making it stable even at room temperature. |
Chemistry World
November 3, 2015
Matthew Gunther |
IR spectroscopy stretches knowledge of hydrogen bonding Scientists in Denmark have, for the first time, detected a hydrogen bond between an N -- H and phosphorus in the gas phase. |
Chemistry World
April 26, 2011
Manisha Lalloo |
Pnicogens link up as new bond is discovered German researchers have discovered a chemical oddity - a new type of intramolecular interaction between group 15 atoms, which is as strong as a hydrogen bond. These interactions could be used to build supramolecular structures. |
