1results about How to "Chiral" patented technology

This invention relates to a method for preparing fluorescent chiral helical nanoribbons via a hydrothermal reaction of 4-APA. The method involves adding 4-aminophthalic acid (4-APA) to deionized water, ultrasonically mixing the mixture, transferring it to a hydrothermal reactor, raising the temperature to 110–160°C within half an hour, and allowing the hydrothermal reaction to proceed for a certain time. Heating is then stopped, and the mixture is allowed to cool naturally to room temperature. Centrifugation separates the precipitate, which is the fluorescent chiral helical nanoribbon. This invention uses 4-APA as a precursor to synthesize a meta-condensed 4-APA dimer via a one-step hydrothermal reaction. Testing has confirmed that this is a fluorescent chiral helical nanoribbon, and the conditions for helical structure formation and the stability of the product's fluorescence properties are well-documented. The preparation method disclosed in this invention is simple to operate, low in cost, and environmentally friendly. The product simultaneously exhibits fluorescence and chirality, showing broad application potential in optoelectronic displays, information encryption, and other fields.