on the use of organic ionic plastic crystals in all solid-state lithium metal batteries - lithium ion cell

We show that the low current previously observed, pre-
Regulate the behavior, allowing the increase of lithium flux through solid-state symmetric lithium batteries containing pyrrothenium bis (Trifluoride methyl)
For organic ionic plastic crystal electrolyte, aromatic amine electrolyte is a common phenomenon.
In addition, the mechanism of pre-processing behavior has passed after
Anatomical features of cells.
Differential Scanning heat (DSC)
It shows that the melting point is reduced by 1.
After 35 h, 9 °c 0. 01 mA cm -
2 Circulation and scanning electron microscopy (SEM)
The images show that significant changes have taken place in the microstructure of OIPC, especially in the grain size.
Both of these phenomena will result in enhanced lithium ion transmission near the Li/electrolyte interface.
In the preliminary experiment containing the LiFePO 4 cathode, similar pretreatment behavior was observed.
In addition, good battery performance can be achieved between 129 and 110 mAh g-
1 in 50 cycles, in 0.
2 C, indicating the prospect of these plastic crystal electrolyte in a highly stable all-solid
National lithium metal battery.