The use of Lithium-ion batteries in large power storage devices creates potential safety problems and poses a major obstacle in practical application. Organic solvents are used in lithium-ion batteries. Since these carbon-structured electrolytes have low flashpoints, battery components can generate heat due to various exothermic reactions and creates a risk of explosion due to a rise in temperature. The new generation of solid-state ionic liquid electrolytes, which started to replace organic electrolytes, has been the subject of researchers. Solidphase ionic liquids are synthesized by attaching the ionic liquid to a porous support material physically, chemically, or electrochemically methods. Ionogels synthesized by the sol-gel met...
Les liquides ioniques (LIs) possèdent des propriétés uniques prometteuses pour l'amélioration de la ...
Electrolytes are characterized by their ionic conductivity (??i). It is desirable that overall ??i r...
The PhD thesis was embedded in the Energy for Smart Objects (EnSO) project, which is part of the Ele...
The emerging market of the Internet of Things, smart objects, wearables and others increases the dem...
The emerging market of the Internet of Things, smart objects, wearables and others increases the dem...
Herein we present a new class of ionogel electrolyte for lithium-ion batteries, which can be prepare...
Lithium-air/O-2 batteries are a promising battery technology for automotive applications due to thei...
International audienceHerein, the novel concept of a solid-state electrode materials with ionic-liqu...
Ionic liquids (ILs) have attractive unique properties for safer batteries, including important therm...
Li-O2 batteries show high energy storage potential, but there remain many material challenges that m...
Ionogels, formed by confinement of ionic conductive ionic liquids (ILs) within ionic conductive soli...
Recently, ionogels, pseudo-solid-state electrolytes consisting of an ionic liquid electrolyte confin...
With growing public demand for consumer safety regarding electronic devices, ionogels have recently...
The increasing energy demand along with the growing understanding of the environmental consequences ...
Safety issues related to chemical leakage, external heating, or explosion restrain the advancement o...
Les liquides ioniques (LIs) possèdent des propriétés uniques prometteuses pour l'amélioration de la ...
Electrolytes are characterized by their ionic conductivity (??i). It is desirable that overall ??i r...
The PhD thesis was embedded in the Energy for Smart Objects (EnSO) project, which is part of the Ele...
The emerging market of the Internet of Things, smart objects, wearables and others increases the dem...
The emerging market of the Internet of Things, smart objects, wearables and others increases the dem...
Herein we present a new class of ionogel electrolyte for lithium-ion batteries, which can be prepare...
Lithium-air/O-2 batteries are a promising battery technology for automotive applications due to thei...
International audienceHerein, the novel concept of a solid-state electrode materials with ionic-liqu...
Ionic liquids (ILs) have attractive unique properties for safer batteries, including important therm...
Li-O2 batteries show high energy storage potential, but there remain many material challenges that m...
Ionogels, formed by confinement of ionic conductive ionic liquids (ILs) within ionic conductive soli...
Recently, ionogels, pseudo-solid-state electrolytes consisting of an ionic liquid electrolyte confin...
With growing public demand for consumer safety regarding electronic devices, ionogels have recently...
The increasing energy demand along with the growing understanding of the environmental consequences ...
Safety issues related to chemical leakage, external heating, or explosion restrain the advancement o...
Les liquides ioniques (LIs) possèdent des propriétés uniques prometteuses pour l'amélioration de la ...
Electrolytes are characterized by their ionic conductivity (??i). It is desirable that overall ??i r...
The PhD thesis was embedded in the Energy for Smart Objects (EnSO) project, which is part of the Ele...