The mechanism and behavior of laser irradiation during the laser-assisted in-situ
consolidation additive manufacturing (LCAM) process were investigated in terms of …

Electrochemical preparation/processing of functional silicon from abundant silica is an ideal
protocol to promote sustainability of energy sectors. Such an imperative task is challenged …

Despite their high specific capacity and low cost, small-molecule organic cathodes usually
suffer from fast capacity decay due to unavoidable dissolution in electrolytes, which largely …

To improve the ablation resistance of carbon fibre (Cf), alleviate the interdiffusion between
Cf and the matrix, and improve the complex preparation process of double-layer carbide …

Coatings with composition close to Ti 3 SiC 2 were obtained on SiC substrates from Ti and
Si powders with the molten NaCl method. In this work, the growth of coatings by reaction in …

Molten salt electrorefining is expected to be a powerful technology for upcycling titanium
scrap because of its robust ability of removing impurities. However, realizing the stable …

Представлены результаты исследований параметров пожаробезопасности
высокотемпературных углепластиков, изготовленных на основе различных …

Graphite/Cu composites have attracted intensive attention for engineering applications
under dry sliding conditions due to their excellent thermal, electrical and self-lubrication …

The synthesis of carbide coatings on graphite substrates using molten salt synthesis (MSS),
has garnered significant interest due to its cost-effective nature. This study investigates the …

中文摘要碳纤维, 石墨等碳基材料具有密度小且在高温下仍具有高机械强度的特点,
因而在极端环境和超高温部件中得到广泛应用. 然而, 碳基材料在极端服役条件下的抗氧化性能 …