The overgoing evolution of the microelectronics industry implies new specifications when it comes to next generations of lithium microbatteries. It is now of utmost importance for these devices to increase the volumetric capacity of the positive electrode material and bring the working potential down to approxi-mately 1.5 V. Hence, this work is aimed at studying the behavior of transition metal sulfides, of formula MSx (M = Fe, Co, Ni ; x = 1, 2), which react towards lithium through conversion reaction mechanism at an adapted potential. Thin films of these materials, prepared via non-reactive radiofrequency magnetron sputtering were structurally, morphologically and compositionally characterized prior to their integration in microbatteries....
The lithium-sulfur (Li-S) battery is a highly promising technology for next-generation high energy d...
Global warming is one of the major challenges of the 21st century. In order to curb it, a change in ...
Synthesis of new oxysulfides materials for lithium ion batteries. Exploratory work on solid stat...
The overgoing evolution of the microelectronics industry implies new specifications when it comes to...
L’industrie microélectronique en perpétuelle évolution impose de nouvelles spécifications pour les f...
Large-scale development of microbatteries for various applications such as back-up power sources for...
The miniaturisation of electronic components involves a strong demand in power microsources. Lithium...
La miniaturisation des équipements techniques implique aussi celle de la source d'énergie qui les al...
Lithium - sulfur (Li-S) batteries offer several advantages such as a high gravimetric energy density...
Le développement à grande échelle des microbatteries pour des applications diverses comme l’alimenta...
Le développement à grande échelle des microbatteries pour des applications diverses comme l alimenta...
Il s’agit d’un travail prospectif de recherche de nouveaux matériaux type oxysulfures qui pourraient...
La miniaturisation des composants électroniques implique une forte demande en microsources d'énergie...
As the next generations of microbatteries are expected to power microelectronics devices working at ...
L’utilisation de sulfure de lithium (Li2S), homologue lithié du soufre, en tant que matériau actif d...
The lithium-sulfur (Li-S) battery is a highly promising technology for next-generation high energy d...
Global warming is one of the major challenges of the 21st century. In order to curb it, a change in ...
Synthesis of new oxysulfides materials for lithium ion batteries. Exploratory work on solid stat...
The overgoing evolution of the microelectronics industry implies new specifications when it comes to...
L’industrie microélectronique en perpétuelle évolution impose de nouvelles spécifications pour les f...
Large-scale development of microbatteries for various applications such as back-up power sources for...
The miniaturisation of electronic components involves a strong demand in power microsources. Lithium...
La miniaturisation des équipements techniques implique aussi celle de la source d'énergie qui les al...
Lithium - sulfur (Li-S) batteries offer several advantages such as a high gravimetric energy density...
Le développement à grande échelle des microbatteries pour des applications diverses comme l’alimenta...
Le développement à grande échelle des microbatteries pour des applications diverses comme l alimenta...
Il s’agit d’un travail prospectif de recherche de nouveaux matériaux type oxysulfures qui pourraient...
La miniaturisation des composants électroniques implique une forte demande en microsources d'énergie...
As the next generations of microbatteries are expected to power microelectronics devices working at ...
L’utilisation de sulfure de lithium (Li2S), homologue lithié du soufre, en tant que matériau actif d...
The lithium-sulfur (Li-S) battery is a highly promising technology for next-generation high energy d...
Global warming is one of the major challenges of the 21st century. In order to curb it, a change in ...
Synthesis of new oxysulfides materials for lithium ion batteries. Exploratory work on solid stat...