![wilson-large.jpg Representative structures of the fluoroprotactinates synthesized and their structures determined using single crystal X-ray crystallography.](/-/media/bes/images/highlights/2014/10/wilson-large.jpg?h=360&w=850&la=en&hash=03C10387FDD98E1E6954FD33F2AE0E13DA9860FE1094629CCD6E2206EA6B18BF)
At an Elemental Crossroad: Investigating the Chemistry of Protactinium
Studies of protactinium aim to understand its chemistry and its unique electronic properties in the actinide elements.
Studies of protactinium aim to understand its chemistry and its unique electronic properties in the actinide elements.
Researchers observe metal-trapping on mineral surfaces.
New insights from neutron diffraction reveal changes to atomic structure.
New catalyst material provides potential for cheaper renewable hydrogen production.
Results show absorption properties of brown carbon depend more on burn conditions than fuel type, providing important information to model climates.
Model comparison evaluates black carbon levels and impacts.
Modeling experiments assess impacts of key melting behavior.
Model scenarios predict increased scarcity in the Middle East and India.
Strains produce “drop-in” fuels and chemicals derived from fatty acids.
New models show reduction in bias associated with too many highly reflective clouds.
Genome variability helps explain why Emiliania huxleyi canflourish in diverse ocean habitats.
New insights could assist in cleanup of contaminated environments.