… -energy-density Li batteries through the construction of high-capacity Li metal anodes and
high… recent progress to understand the fundamental interactions in Li battery electrolytes at the …

High-voltage all-solid-state lithium batteries (HV-ASSLBs) have attracted enormous attention
as ideal next-generation energy storage devices with improved safety and higher energy …

… application of ASSLBs, which depend on a better understanding of the fundamentals of
SSEs. Therefore, the fundamentals of each component in CSSEs are introduced in this section. …

… understanding due to limited space. This volume has been conceived keeping in mind selected
fundamental … Present-day lithium batteries use a solid reductant as the anode and a solid …

… currently in use for better understanding of lithium battery electrodes and provides a guide
for … Chapter nine is covering the fundamentals of lithium alloys and intermetallic anodes. The …

… ion batteries were commercialized by the Sony … , 12 Li bond chemistry was not considered
in Li battery research until the 2010s. A fundamental and deep understanding of lithium bond …

… [ 42 ] Although these liquid/solid phase diagrams are important to a fundamental understanding
… LFP has become of great interest as a storage cathode for rechargeable lithium batteries …

… lithium batteries focused on systems based on lithium metal anodes (negative electrodes)
and lithium … have been of fundamental importance to an understanding of the lithium-ion …

… interface transmission aspect during lithium deposition. We consequently introduce the
optimization procedures based on these fundamental understanding, including the electrolyte …

… fundamental understanding and materials challenges in nonaqueous Li–O 2 batteries, … ,
as well as the brief introduction of the Li–O 2 battery and the discharge/charge mechanism. For …