… with a conductivity of 8.30 × 10 –4 S cm –1 . Consequently, this study sheds lights on the
different doping … This conductivity gap is originated from distinct arrangements of Li-ion and …

… dopant on ionic conductivity with the effects of another on low or high voltage stability to enable
better compatibility with Li … , peak shape parameters, background, and sample zero were …

… equipped with an Al X-ray source. The neutralization of electrically nonconductive samples
is … The ionic conductivity of garnet SE sandwiched between Au as Li-ion blocking electrodes …

… cubic LLZO phase exhibits higher conductivity than the low-… salts can be used as lithium
source such as Li 2 CO 3 , LiOH, … how this Li loss is influenced by the presence of a dopant, we …

… of high-energy lithium and lithium-ion power sources, and compounds with a garnet structure
based on Li … the effect of Ta doping on the lithium-ion conductivity of solid electrolytes in the …

… The total impedance of garnet-type solid electrolytes is originated from bulk (R b ) and grain
boundary (R gb ) impedances, which are theoretically supposed to have two semicircles and …

… a garnet-type solid electrolyte with high ionic conductivity and stable structure, Ta and Ga
co-doped Li … The influence of Ga-doping on crystal structure, morphology, relative density, ionic …

… structural origin of increased conductivity of Ga-LLZO relative to undoped LLZO. … Li-vacancy
content (7−3x+2x). The threshold, N c , is 0.529 (this work) for x Ga-doped cubic LLZO garnet…

… dopant at the GB will improve Li-ion conductivity, while the GB with an Al-like dopant shows
conductivity … Based on the energy history profiles depicted in Fig. S1,† all of the simulations …

… doping (5%–20%) to the garnet structure is proposed to improve its ionic conductivity. Nd …
Bruker D8 X-ray diffractometer with a CuKα source between 2θ of 10-90 with a 0.02 step size. …