鹵素

鉿化物是含有至少一種鉿元素離子和至少一種金屬元素的化合物。它們通常包括硫化物、硒化物和碲化物。鹵素化合物有無定型、結晶和奈米結晶三種形態,以其優異的電子、光學和半導體特性而著稱。其他獨特的特性還包括彎曲、自組織和光變暗的能力。無論您的研究重點是感測器、光電、光電或生物醫學應用,我們都能提供各種低純度到高純度的化合物,以最佳方式滿足您的需求。
我們的生命科學奈米材料研發團隊專注於為您提供最先進的創新材料。
我們的生命科學奈米材料研發團隊專注於為您提供最先進的創新材料,為此,我們提供多樣且獨特的疊銅化物、擴充和商業化服務,以及針對不同應用的客製化解決方案。
產品
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Transition Metal Chalcogenides and Dichalcogenides
過渡金屬瑀是具有可調式電子和光電特性、間接帶隙和增強穩定性的超薄材料。過渡金屬單瑀是 MX 型半導體,而二瑀則是 MX2 其中 M 是過渡金屬,X 是瑀原子。這些材料具有電子帶隙,因此可廣泛應用於電池、太陽能電池、柔性電子、光纖、能源儲存和催化等領域。我們提供類石墨烯的過渡金屬二鹵化物,如二硫化鉬 (MoS2) 和二硫化鎢 (WS2),用於場效應電晶體和單層發光薄膜。
鹵化物量子點
Chalcogenide 量子點鹵化物量子點是一種半導體奈米粒子,具有優異的量子限制效應、表面體積比、溶解性、邊緣效應、可調光發光和螢光特性。我們提供高品質的二硫化鉬 (MoS2) 和二硫化鎢 (WS2) 量子點,具有易於功能化和增強光穩定性的特點。這些材料為標準的 2D 奈米薄片帶來了新的層面,可應用於能源、電池和成像等領域。
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