A novel double perovskite oxide Sm2CoFeO6 phosphor for orange LEDs: structural, magnetic and luminescence properties

Revolutionizing energy storage: exploring the nanoscale frontier of all-solid-state batteries

“…48 13.2 mS cm −1 Li + conductivity was achieved at room temperature by modifying nuclear-formation energy in the glass ceramics-based SSE Li 2 S-P 2 S 5 . 44 Nanoscale coatings on inorganic solid electrolytes reduce contact failure. Insufficient contact between the lithium metal anode and artificial solid solution changes the current density and interfacial resistance.…”

“…48 13.2 mS cm −1 Li + conductivity was achieved at room temperature by modifying nuclear-formation energy in the glass ceramics-based SSE Li 2 S–P 2 S 5 . 44…”

A novel functionalized ferrocene derivative as a hole transport material for efficient perovskite solar cells: insight into the ultrafast interfacial carrier dynamics and charge transport

“…In the past few decades, scientists have seen great progress in lead halide perovskites with their application in LEDs, [1][2][3] photovoltaic devices, [4][5][6] lasers, [7][8][9] photocatalytic degradation, 10 photodetection, 11 and so on, in particular with photovoltaic power generation. Taking perovskite solar cells (PSCs) as an example, after the pioneering PSC report of Miyasaka and colleagues in 2009, 12 the reported photovoltaic conversion efficiency (PEC) in PSCs can reach more than 25.2%.…”