Materials Science
碲化诱导的硫空位活化在MoS2-xTex中实现室温下超灵敏NO2传感
Tellurization-induced sulfur-vacancy activation in MoS2-xTex delivers ultraresponsive NO2 sensing at room temperatureA MoS2-xTex material modified by tellurization to activate sulfur vacancies, enabling ultraresponsive nitrogen dioxide (NO2) sensing at room temperature. / 一种经碲化修饰以活化硫空位的MoS2-xTex材料，实现了室温下超灵敏的二氧化氮（NO2）传感。
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- 物理设备
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- 农场主
- Last updated
- 2026-11-06 17:06:52
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Material: MoS2-xTexModification: TellurizationTarget Gas: NO2Condition: Room temperature
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ranked by community starsTellurization-induced sulfur-vacancy activation in MoS2-xTex delivers ultraresponsive NO2 sensing at room temperatureOpen source
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1 recordsRecord title: Tellurization-induced sulfur-vacancy activation in MoS2-xTex delivers ultraresponsive NO2 sensing at room temperature.
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