… lithium anode improvements, and novel electrolyte systems is presented for extending the
cycle life of Li–S batteries… regarding the development of practical Li–S batteries are presented. …

… ” without sacrificing device energy density and cycle life remains a challenge. Therefore, it is
… the performance of lithium sulfur cells. A polydopamine-coated sulfur-hydroxylated carbon …

… changes during cycling, … cycle life with good system efficiency. Although researchers have
made significant progress on rechargeable Li–S batteries in the last decade, these cycle life …

… Report, we present the advances made regarding Li–S batteries in the past decade, with
a focus on aspects that boost the sulfur utilization, cycle stability, and power density of Li–S …

… the effect of CNF addition into sulfur electrode on the cycling performance of the battery. …
of CNF addition into sulfur electrode on the cycling property of lithium/sulfur battery. PEO binder …

… of rate capability and cycle characteristics of a lithium sulfur battery. The … cycle, the
delocalization of the surface layer happened, however, the irreversible gradually increased with …

… fading of Li-S battery upon charge/discharge cycling. … sulfur showed good cycling retention
of 90% up to 380 cycles… backbone is stable during electrochemical cycling. In this paper, we …

… 2 nanosheets, we demonstrate that it is possible to cycle a Li–S cell with a capacity decay
as low as 0.036% per cycle over 2,000 cycles, using a classic low viscosity dioxolane (DOL)–…

… on the areal capacity at high sulfur loading and long term cycling performance of LSBs. This
… at high sulfur loading to achieve feasible areal capacity and long-term cycling performance. …

… of 500 mAh g −1 (S) at 0 C for over 170 charge-discharge cycles. We believe that these
results may substantially contribute to the progress of the lithium-sulfur battery technology. …