... alcohols with the argon and hydrogen we could grow exclusively semiconducting nanotubes," Liu said. "It was like operating a tuning ... to Raman spectroscopy, an analytical technique that can differentiate semiconducting and metallic properties by studying how materials interact ...
... with colleagues from across Japan, has now shown that the semiconducting material BiTeI could provide the control needed ...
... where each segment has separate and distinct semiconducting properties. The team describes how they were able to create ...
... chitin, which is not stable enough for long-term use, is not semiconducting and doesn’t bend light adequately ...
... released, the higher the output of the solar cell. In some semiconducting nanocrystals, however, one photon can release two ... percent in a solar cell comprising the correct semiconducting nanocrystals. Moreover, these solar cells can be manufactured ...
... , the problem is that not all of the tubes, which can have 1-nanometer diameters, are semiconducting, Dai said. "Depending on their structure, some carbon nanotubes are born metallic, and some are born semiconducting," he said. "Metallic nanotubes can never switch off and act ...
... electrical signals, which are hindered by the mobility of the electrons in semiconducting materials. But light is more difficult to control at the nanoscale ...
... University have found that quantum dots—nanoparticles made of semiconducting crystals that emit light when stimulated at certain ...
A technique that separates semiconducting and metallic nanotubes could pave the way for progress in nanoelectronics
... light are central to solid-state lighting, semiconducting devices made of layers of materials that emit ...
... to make circuits." The nanonets are made of tiny semiconducting cylinders called single walled carbon ...
... how a small magnetic field can be used to switch ordinary semiconducting behaviour (such as that seen in the electronic-grade silicon ...
... molecules that have similar electrical properties to more conventional semiconducting materials like silicon and germanium—are a hot ...
... nanowires are also envisioned as nanogenerators by exploiting the coupling of semiconducting and piezoelectric properties. Researchers at the McCormick School ... piezo-electric and piezo-resistive characterization of semiconducting nanowires. We are also investigating the effect of the identified atomic ...
... of a two-dimensional electron system inside the semiconducting material into a quasi-three-dimensional system ...
