… phase separation to occur, ie, in the aqueous case, for an ABS to form. Here we show that
even mixtures of two monovalent salts sharing a common simple … two aqueous liquid phases …

… The phase diagram of ternary LiTFSI / LiCl / H2O mixtures reveals the possibility to form
Aqueous Biphasic Systems with simple monovalent salts with a common cation. …

… The formation of aqueous biphasic systems is assessed for different lithium salts, and the
physics that drives the formation of such intriguing systems is explored thanks to the analysis of …

… Studying the LiCl–LiTFSI–water and the HCl–LiTFSI–water … relates to how the nature
of the cations influences temperature dependence of the phase diagram for salt–salt ABSs. …

… phase separations could be observed at large salt concentrations. Thus, the phase diagrams
for the various LiX–LiTFSI–H 2 O systems … Interestingly, when the different phase diagrams …

… the electrochemical measurements and realized the phase diagram. A. Grimaud and N. …
Their composition usually involves a concentrated inorganic salt and an ionic liquid. We explore …

… lithium halide salts such as LiCl or LiBr, aqueous biphasic systems (ABS) were … Chasing
Aqueous Biphasic Systems from Simple Salts by Exploring the LiTFSI/LiCl/H2O Phase Diagram…

… Hence our results show that a higher salt concentration favors the oxidation of halides to …
TFSI-rich phase. To confirm this assertion, the phase diagram for the LiBr 3 –LiTFSI system was …

… Studying salt–salt ABSs sharing common cations (Li + ), we have recently highlighted the …
Prior to characterizing the polymer–salt system, we first study the phase diagrams of two …

… salts were added as solutes in an aqueous solution of the phosphate buffer while in our
protocol, metal salts have been added in an aqueous … samples in the phase diagram are almost …