3results about How to "Realize comprehensive application" patented technology

The application discloses a kind of comprehensive aperture subarray multiplexing structure and construction method, aperture subarray multiplexing structure is made of at least 31 identical subarrays, and subarray is made of 8*8 unit array antenna, wherein 30 subarrays constitute 6*5 layout structure, and the remaining subarray is at least one 6*6 position;Aperture subarray multiplexing structure includes interferometer direction-finding baseline subarray and at least three groups of amplitude comparison beam subarray;Interferometer direction-finding baseline subarray includes three interferometer subarrays respectively at the corresponding position of the first longitudinal column and the last horizontal row baseline end point;Amplitude comparison beam subarray includes azimuth dimension amplitude comparison beam subarray and pitch dimension amplitude comparison beam subarray.The application realizes that target discovery and target detection / imaging equipment design installation are on the same platform, solves the timeliness and comprehensive application problem of two detection methods.

This invention discloses an aggregation-induced emission (AIE) molecular rotor, its synthesis, and its applications. The structure of the molecular rotor is shown in formula (I). This invention provides a method for synthesizing the molecular rotor, comprising the following steps: a compound of formula (II) undergoes a dehydration condensation reaction with a compound of formula (III) to obtain the corresponding molecular rotor shown in formula (I). This invention provides the application of the molecular rotor as an AIE fluorescent probe for quantitative detection of viscosity. This invention provides a novel molecular rotor that combines large Stokes shift, AIE characteristics, and sensitive viscosity response, enabling quantitative detection of viscosity.

The application provides a preparation method of a silicon negative electrode containing a conductive adhesive of a non-side-chain n-type high-conductivity polymer material PBFDO, and the preparation method comprises the following steps: S1, blending an organic acid, an alcohol, a salt and the PBFDO, and stirring and reacting under heating to obtain an adhesive precursor solution; S2, blending and stirring the adhesive precursor solution and an active substance, coating on a substrate, and drying to obtain the silicon negative electrode; wherein the active substance is selected from one or more of nano-silicon, micro-silicon and silicon-carbon. The adhesive is obtained by crosslinking the organic acid, the alcohol, the salt and the PBFDO with each other, the adhesive forms a three-dimensional elastic structure in situ on the surface of silicon particles, can effectively accommodate the volume change of the silicon negative electrode in the cycle process, effectively alleviates the structure damage caused by the volume change, and improves the cycle stability of the battery; meanwhile, the PBFDO effectively improves the conductivity of the silicon-based negative electrode, and realizes the practical application of the PBFDO in the lithium ion battery.