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New Non-Volatile Memory with Extremely High Density Metal Nano-Dots

机译:具有极高密度金属纳米点的新的非易失性记忆

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New non-volatile memory with extremely high density metal nano-dots, MND (Metal Nano-Dot) memory, was proposed and fundamental characteristics of the MND memory were evaluated. MND film is used as a charge retention layer in the MND memory. The MND film consists of the thin oxide film that dispersively includes high density metal dots with nano-scale. The MND film is formed by using sputtering technique with a special sputtering target. The size and the density of the MND in the film are typically 2-3nm and around 2 × 10{sup}13/cm{sup}2, respectively, which were superior to that of Si quantum dot memory. Non-volatile memory operation at a relatively low voltage and good endurance characteristic were confirmed in the MND memory fabricated according to the conventional MOS process.
机译:具有极高密度金属纳米点的新型非易失性存储器,据提出,评价MND内存的基本特征。 MND薄膜用作MND存储器中的电荷保持层。 MND膜由薄氧化物膜组成,其分散地包括具有纳米级的高密度金属点。通过使用具有特殊溅射靶的溅射技术形成MND膜。薄膜中MND的尺寸和密度通常分别为2-3nm,左右2×10 {sup} 13 / cm {sup} 2,其优于Si量子点存储器。在根据传统MOS工艺制造的MND存储器中确认了相对低电压和良好耐久性特性的非易失性存储器操作。

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