Add to ORKGThis work was motivated by the extensive research on lithium solid state materials, which have attracted increasing interest for potential applications in hydrogen storage and/or lithium ion batteries due to their extraordinary properties. In this thesis, LiBH4-derived materials, LiInBr4 and complex phases based on lithium ammonia borane with potential use as solid state electrolytes were successfully synthesised and characterised
The electrical conductivities of complex hydrides Li2(BH 4)(NH2) and Li4(BH4)(NH 2)3 consisting of (...
[Abstract] Complex hydrides show energy-related functions such as hydrogen storage, neutron shieldin...
Composite solid-state electrolytes based on ball milled LiBH4/SiO2 aerogel exhibit high lithium cond...
This work was motivated by the extensive research on lithium solid state materials, which have attra...
This study shows a flexible system that offers promising candidates for Li-based solid-state electro...
A central goal in current battery research is to increase the safety and energy density of Li-ion ba...
The high energy density and excellent cycle performance of lithium ion batteries makes them superior...
The fast ionic, high temperature (HT) phase of LiBH4 can be stabilised by Br¯ substitution. Lithium ...
Complex hydrides, such as LiBH4, are a promising class of ion conductors for all-solid-state batteri...
Solid state lithium ion conductors are important in the development of electrolytes for all-solid-st...
Designing new functional materials is crucial for the development of efficient energy storage and co...
Multiple reaction mixtures with different composition ratios of MCl 3-LiBH 4 (M = La, Gd) were studi...
Abstract: Complex compounds show energy-related functions such as decomposition for hydrogen storage...
The properties of the mixed system LiBH$_{4}$–LiCl–P$_{2}$S$_{5}$ are studied with respect to all-so...
Complex hydrides have been attracting much attention as solid-state fast ionic conductors since we r...
The electrical conductivities of complex hydrides Li2(BH 4)(NH2) and Li4(BH4)(NH 2)3 consisting of (...
[Abstract] Complex hydrides show energy-related functions such as hydrogen storage, neutron shieldin...
Composite solid-state electrolytes based on ball milled LiBH4/SiO2 aerogel exhibit high lithium cond...
This work was motivated by the extensive research on lithium solid state materials, which have attra...
This study shows a flexible system that offers promising candidates for Li-based solid-state electro...
A central goal in current battery research is to increase the safety and energy density of Li-ion ba...
The high energy density and excellent cycle performance of lithium ion batteries makes them superior...
The fast ionic, high temperature (HT) phase of LiBH4 can be stabilised by Br¯ substitution. Lithium ...
Complex hydrides, such as LiBH4, are a promising class of ion conductors for all-solid-state batteri...
Solid state lithium ion conductors are important in the development of electrolytes for all-solid-st...
Designing new functional materials is crucial for the development of efficient energy storage and co...
Multiple reaction mixtures with different composition ratios of MCl 3-LiBH 4 (M = La, Gd) were studi...
Abstract: Complex compounds show energy-related functions such as decomposition for hydrogen storage...
The properties of the mixed system LiBH$_{4}$–LiCl–P$_{2}$S$_{5}$ are studied with respect to all-so...
Complex hydrides have been attracting much attention as solid-state fast ionic conductors since we r...
The electrical conductivities of complex hydrides Li2(BH 4)(NH2) and Li4(BH4)(NH 2)3 consisting of (...
[Abstract] Complex hydrides show energy-related functions such as hydrogen storage, neutron shieldin...
Composite solid-state electrolytes based on ball milled LiBH4/SiO2 aerogel exhibit high lithium cond...