摘要:
The invention concerns nanostructures of 0, 1, 2 and 3 dimensions, with negative differential resistance and a method for making said nanostructures. The inventive nanostructure is in particular useful in nanoelectronics. It comprises at least one structure (32) or at least a plurality of said at least one structure, on the surface of a silicon carbide substrate (30), the structure being selected among quantum connection pads, atomic segments, atomic lines and aggregates, and at least one metal deposit (34), said metal deposit covering at least the structure or at least the plurality of said at least one structure, or the combination o at least two of said structures with 0, 1, 2 or 3 dimensions.
摘要:
A high-impedance electro-optic transducer including an electrosensitive element (4) capable of emitting photoluminescent radiation (22) when illuminated by excitation radiation (20). The electrosensitive element includes photoluminescent conjugated oligomers whose photoluminescent efficiency varies in the presence of an electric field. Said transducer may be used in optical output sensors.
摘要:
The invention concerns a method for treating a fluid. According to the invention, the fluid is contacted with a substrate at the surface of which there is a network of organic molecules, hereafter referred to as ' network molecules', having a central core and at least one lateral arm, said molecules being adsorbed at the surface of the substrate. The invention also concerns a two-dimensional molecular sieve consisting of a substrate at the surface of which a network of network molecules is adsorbed. The invention further concerns a module for treating a fluid comprising means for circulating the fluid to be treated and containing one or more two-dimensional molecular sieves.
摘要:
A high-impedance electro-optic transducer including an electrosensitive element (4) capable of emitting photoluminescent radiation (22) when illuminated by excitation radiation (20). The electrosensitive element includes photoluminescent conjugated oligomers whose photoluminescent efficiency varies in the presence of an electric field. Said transducer may be used in optical output sensors.