The St?ber sol¨Cgel method with the in-shell sulfuration approach crafts yolk¨Cshell ¦Ã-Ce2S3 in hollow mesoporous carbon nanospheres of Ce2S3@HMCS, offering enhanced electronic conductivity and voids for increasing structural stability when compared with untreated Ce2S3. The strategy of in situ fabrication of nanoarchitecture expands upon the methods available to design energy storage materials.

中文翻译：

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用于稳定 Ce2S3 阳极的 Yolk-Cshell 纳米结构

与未处理的 Ce2S3 相比，St?ber sol?Cgel 方法与壳内硫化方法在空心介孔碳纳米球 Ce2S3@HMCS 中制备蛋黄?Cshell γ-Ce2S3，提供增强的电子导电性和空隙以增加结构稳定性。纳米结构的原位制造策略扩展了可用于设计储能材料的方法。