2D materials have many possible applications. This combination of introductions from the authors gives examples such as spintronics (printed electronics), flexible electronics, and memory, processors. , quantum dots, sensors, semiconductor manufacturing, NFC, medical, etc.
Molybdenum disulfide, also known as MoS2, is another two-dimensional common material that deserves our attention. Molybdenum dioxide is made up of two molybdenum-sulfur atoms and one sulfur atom. The resulting thinness of the material is only three. Similar to graphene, the thinness of molybdenum is nearly identical. However, graphene doesn’t have a broad band gap. Molybdenum has a band Gap of 1.8 eV. According to this author, the Berkeley Lab of the US Department of Energy, has previously measured the band gaps of semiconductor molybdenum-disulfide (MoS2) and revealed an impressive The tuning mechanism as well as the relationship between optical and electronic properties of a two dimensional material.
Additionally, molybdenum sulfide’s electron mobility is 100 cm 2/vs. This means that 100 electrons are per square centimeter of volt. However, this electron mobility is still lower than crystal. While silicon’s electron transfer rate is 1400 cm2/vs (or about 100 electrons per square centimeter per volt), it has a faster migration rate that amorphous and ultra-thin semi-conductors.
Molybdenum dioxide is especially well-suited for use in flexible electronics, transistors, solar cells and LEDs. This is due to its outstanding semiconductor properties, tiny size and ultra-thinness.
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