Topics
lithiumChemical substance
plasmaMilitary unit
spectroscopyBook
.jpg%3Fwidth%3D300&w=3840&q=75)
mass spectrometryTopical concept
isotopeMean of transportation
Raman spectroscopyTopical concept
impedanceSoftware
This study focuses on investigating characteristics of lithium mobility in different types of oxide glass networks, by means of impedance spectroscopy (IS), fs UV inductively coupled plasma mass spectrometry (ICP-MS) and Raman spectroscopy. The aim is on understanding what is the dominant mechanism behind Li-diffusion, how is it influenced by composition, various degree of structural order and the isotope effect
This article reports on Li self-diffusion in lithium containing metal oxide compounds. Case studies ...
We investigate isotope effects of lithium-ion diffusion in Lithium-ion conductors using ab initio co...
The diffusion constant of Li in electrode materials is a key aspect of the rate capability of rechar...
This study focuses on investigating characteristics of lithium mobility in different types of oxide ...
Transport and dynamics of lithium in amorphous materials is in the focus of two subprojects of the D...
International audienceThe conductivity enhancement observed in the two glass systems A (40Li2O-(60-x...
To improve the understanding of Li-dynamics in oxide glasses, i.e. the effect of [AlO4](-) tetrahedr...
We have investigated the diffusion mechanisms of Li-ion in amorphous lithium phosphite (LiPO3) with ...
We have studied the diffusion mechanism of lithium ions in glassy oxide-based solid state electrolyt...
Surprisingly, there is not a complete and general working theory for the ionic conduction on structu...
The conductivity enhancement observed in the two glass systems, A: 40Li2O-(60-x)-P2O5-xGeO2 and B: 4...
Although the Li diffusion in single crystalline γ-LiAlO<sub>2</sub> was studied with temperature-dep...
We use Li-7 NMR to study the ionic jump motion in ternary 0.5Li(2)S + 0.5[(1-x)GeS2+xGeO(2)] glassy ...
Here, we report on slow Li self-diffusion in lithium containing metal oxide compounds with special e...
In this paper we have studied the correlation of microscopic length scales of ion dynamics with the ...
This article reports on Li self-diffusion in lithium containing metal oxide compounds. Case studies ...
We investigate isotope effects of lithium-ion diffusion in Lithium-ion conductors using ab initio co...
The diffusion constant of Li in electrode materials is a key aspect of the rate capability of rechar...
This study focuses on investigating characteristics of lithium mobility in different types of oxide ...
Transport and dynamics of lithium in amorphous materials is in the focus of two subprojects of the D...
International audienceThe conductivity enhancement observed in the two glass systems A (40Li2O-(60-x...
To improve the understanding of Li-dynamics in oxide glasses, i.e. the effect of [AlO4](-) tetrahedr...
We have investigated the diffusion mechanisms of Li-ion in amorphous lithium phosphite (LiPO3) with ...
We have studied the diffusion mechanism of lithium ions in glassy oxide-based solid state electrolyt...
Surprisingly, there is not a complete and general working theory for the ionic conduction on structu...
The conductivity enhancement observed in the two glass systems, A: 40Li2O-(60-x)-P2O5-xGeO2 and B: 4...
Although the Li diffusion in single crystalline γ-LiAlO<sub>2</sub> was studied with temperature-dep...
We use Li-7 NMR to study the ionic jump motion in ternary 0.5Li(2)S + 0.5[(1-x)GeS2+xGeO(2)] glassy ...
Here, we report on slow Li self-diffusion in lithium containing metal oxide compounds with special e...
In this paper we have studied the correlation of microscopic length scales of ion dynamics with the ...
This article reports on Li self-diffusion in lithium containing metal oxide compounds. Case studies ...
We investigate isotope effects of lithium-ion diffusion in Lithium-ion conductors using ab initio co...
The diffusion constant of Li in electrode materials is a key aspect of the rate capability of rechar...
Add to ORKG