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For traditional semiconducting materials, band gap is a unique characteristic which limits the material's applications and device's performance. The capability of on-chip adjusting semiconducting material's band gap is extremely important in manufacturing electronic devices. As a one-dimensional nano material with excellent electrical properties, carbon nanotube (CNT) has a band gap determined by...
Carbon nanotube (CNT) based infrared (IR) detectors have been reported and shown promising properties taking advantage of its one dimensional structure and unique electrical properties. The CNT photodiodes detect IR signal through Schottky barriers that are formed when metal and semiconductor CNT come into contact due to the difference of the energy levels. However, the generated photocurrent was...
This paper presents a novel automated manufacturing process for mass production of nano devices from advanced material such as carbon nanotubes (CNTs). CNTs have been found to be a promising and advanced material for nanoelectronics due to their size and excellent mechanical and electrical properties. Conventional electronic devices replaced by CNT are possibly to be miniaturized, and CNT based nano...
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