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In Situ Study of Excess Lithium Metal Oxides Under Charge and Discharge
The next generations of Lithium batteries require materials with an enhanced energy density. The most realistic choice for such systems are the lithium rich electrodes (e.g.... -
Non-ionic surfactant induced desorption of a strongly bound cationic layer fr...
In this proposal we request beamtime to study the unexpected behaviour of a strongly bound bilayer of the cationic surfactant didodecyldimethylammonium bromide on the anionic...
