Determination of lithium transference number in PEO-DME–LiClO4 modified with alumina powders of various surface acidity

Lithium transference number measurements and complex abilities in anion trapping triphenyloborane–poly(ethylene oxide) dimethyl ether–lithium trifluoromethanesulfonate composite electrolyte

“…The specially designed setup used in this project has been described in detail in the previous paper [12]. All experiments are carried out in symmetrical cells against lithium electrodes.…”

“…The results are discussed on the basis of electrochemical and spectroscopic studies. The t + measurement technique used in this work was originally developed by Newman and coworkers [11] for solid electrolytes and was later proved to be also applicable in the liquid systems by our group [12].…”

The effect of salt concentration on the PEO–LiClO4–lithium electrode interfacial resistivity

“…The details of the procedure used and description of the experimental set-up were described in our previous paper [16].…”

“…To facilitate concentration cell experiments the special cell was designed by us [16]. The cell consists of two half-cells made from polyethylene.…”

Fabrication and characterization of PEO/PPC polymer electrolyte for lithium‐ion battery

“…To enhance the ionic conductivity, the PEO-based polymer electrolytes have been extensively studied. 14,15 Amorphous PEO salt complexes show high ionic conductivity when compared with crystalline PEO salt complexes, probably because of the easier segmental motion of the polymeric chain during ion transportation. Some works have been reported to decrease the crystallinity of polymer.…”