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NANO-SCALE SELF ASSEMBLY IN SPINELS INDUCED BY JAHN-TELLER DISTORTION

机译:JANN-TELLER变形引起的纳米尺度自组装体

摘要

A method for making a self-assembled spinel having an ordered nanocrystal superlattice. The method may involve the steps of providing an oxide mixture that is capable of forming a spinel having Jahn-Teller ions; sintering or heat-treating the mixture to form the spinel having the Jahn-Teller ions; and cooling the spinel having the Jahn- Teller ions at a rate of less than 400 °C/hour. Also, a nano-scale spinel formed by self- assembly. The nano-scale spinel may include a first phase of spinel comprising a high concentration of Jahn-Teller ions; and a second phase of spinel including a low concentration of Jahn-Teller ions. Further, a high density storage device including a nano-scale spinel formed by self-assembly, the nano-scale spinel including a first phase of spinel comprising a high concentration of Jahn-Teller ions; and a second phase of spinel including a low concentration of Jahn-Teller ions.
机译:一种制备具有规则的纳米晶超晶格的自组装尖晶石的方法。该方法可以包括提供能够形成具有Jahn-Teller离子的尖晶石的氧化物混合物的步骤。将该混合物烧结或热处理以形成具有Jahn-Teller离子的尖晶石;并以低于400°C /小时的速度冷却具有Jahn-Teller离子的尖晶石。而且,通过自组装形成纳米级尖晶石。纳米级尖晶石可包括尖晶石的第一相,该尖晶石包含高浓度的Jahn-Teller离子。尖晶石的第二相包括低浓度的Jahn-Teller离子。进一步地,一种高密度存储装置,包括通过自组装形成的纳米级尖晶石,所述纳米级尖晶石包括包含高浓度的Jahn-Teller离子的尖晶石的第一相。尖晶石的第二相包括低浓度的Jahn-Teller离子。

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