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Solvation structures of cyclic compounds: the crown ethers
Crown ethers are cyclic molecules formed by joining ether groups into a ring. These compounds have many interesting solution properties, including their ability to bind strongly... -
Solvation structure of sodium ions and hexa-fluorophosphate ions in organic c...
Here we propose to study the local structure of sodium in standard organic carbonate electrolytes for sodium ion batteries. Three different electrolytes are chosen to study; a... -
When like-charged ions attract: Size and distribution of cationic clusters in...
Contrary to the strong electrostatic repulsion between like charged ions, last year the Ludwig group, used IR and NMR spectroscopy combined with computational methods, to reveal... -
Synthetic Ion Channels Formed By Self-Assembly of Crown Ethers
Ion channels are present in cell membranes and permit the transport of ions across from the cell interior to the cell exterior (or vice versa), and hence allow chemical and... -
Water structure in C-A-S-H by neutron diffraction with isotopic substitution:...
The manufacture of every ton of cement emits approximately 0.8 tons of CO2 into the atmosphere, comprising 57% of the global human-made CO2 emissions. A low pH - low CO2 class... -
Frustrated Lewis pairs: encounter complexes in an ionic liquid
Frustrated Lewis Pairs (FLPs) are combinations of bulky Lewis acids and bases, which cannot form acid-base complexes due to steric hindrance. They are capable of metal-free H2... -
Local microstructure investigations of lignin-derived hard carbon
Sodium ion batteries (NIB) are promising alternatives to the current lithium ion batteries: sodium is cheap, sustainable, and has similar properties to lithium. Search for an...