Abstract:In order to prevent the metal-sulfide film from falling off a substrate during in situ preparation, a solvent-free element-direct reaction was developed.
“…11 Then, the direct reaction between elements was used for the preparation of energy storage and conversion materials. 12,13 To facilitate the control of the microstructure and uniformity of the target materials, this strategy is mainly based on the vertical in situ growth of the sheet substrate to obtain thin film materials, which is more suitable for the gassolid reaction. 14 Under its inspiration, the sulfur sources that can be vaporized or decomposed into sulfur-containing gases are an ideal choice.…”
Defect engineering on NiS is an effective method to improve the surface properties and electronic structure for promoting electrochemical properties. However, a tunable, simple and safety strategy for the introduction...
“…11 Then, the direct reaction between elements was used for the preparation of energy storage and conversion materials. 12,13 To facilitate the control of the microstructure and uniformity of the target materials, this strategy is mainly based on the vertical in situ growth of the sheet substrate to obtain thin film materials, which is more suitable for the gassolid reaction. 14 Under its inspiration, the sulfur sources that can be vaporized or decomposed into sulfur-containing gases are an ideal choice.…”
Defect engineering on NiS is an effective method to improve the surface properties and electronic structure for promoting electrochemical properties. However, a tunable, simple and safety strategy for the introduction...
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