4results about How to "Potential for application" patented technology

The application belongs to the technical field of new energy materials, and particularly relates to a defect-rich rock-salt high-entropy oxide battery material and a preparation method and application thereof. The chemical formula of the material is (LiCoCuMgZnM)O, wherein M is at least one of Mn and Fe. In order to improve the electrochemical performance of the material, the amount of fuel glycine is precisely controlled through element regulation, and a new rock-salt high-entropy oxide battery material rich in oxygen vacancies and moderate lattice distortion is quickly prepared under an oxygen-poor condition. Finally, the excellent electrochemical energy storage performance of the electrode material under high rate is realized. The defect-rich new rock-salt high-entropy oxide battery material provided by the application is used as a lithium ion battery negative electrode material, and remarkable improvement is achieved in the rate performance. The preparation method of the material has a simple process and mild reaction conditions, and has wide applicability, and can be used to regulate the defects of high-entropy oxides with other crystal structures and chemical compositions.

This invention provides an oxygen- and water-barrier highly transparent composite film and its preparation method, relating to the field of packaging materials. The oxygen- and water-barrier highly transparent composite film provided by this invention improves the oxygen- and water-barrier properties and light transmittance of carboxymethyl cellulose (CMC) film by filling and crosslinking it with hydrotalcite nanosheets and dialdehyde cellulose. The high aspect ratio of the hydrotalcite nanosheets forms a brick-wall structure within the CMC nanosheets, extending the diffusion path of small gas molecules and thus enhancing the barrier properties of the base film. Dialdehyde cellulose acts both as a crosslinking agent and as a void filler in the "brick-wall structure," further improving the barrier properties of the base film and also contributing to the stability of the CMC film in water. The addition of a low proportion of hydrotalcite nanosheets improves the light transmittance of the base film.

This invention belongs to the field of pharmaceutical technology. Addressing the lack of reported applications of Astragalus injection in the preparation of drugs for treating cerebral hemorrhage, this invention proposes the use of Astragalus injection in the preparation of drugs for treating cerebral hemorrhage. Experimental results show that Astragalus injection can protect brain tissue neurons by inhibiting the HMGB1 / RAGE signaling pathway, inhibiting neuronal apoptosis, and reducing the expression of inflammatory factors in brain tissue, thereby achieving a protective effect against cerebral hemorrhage in rats. Therefore, Astragalus injection has the potential to be used as a drug for treating cerebral hemorrhage.

The application discloses a fluorine-containing anion adsorption site modified non-interface polyimide-based acetylene separation membrane and a preparation method and application thereof, and comprises a polymer continuous phase and a fluorine-containing anion salt uniformly dispersed in the polymer continuous phase; wherein the polymer continuous phase is a polyimide matrix containing 6FDA structural units, the fluorine-containing anion in the fluorine-containing anion salt is tetrafluoroborate and / or hexafluorophosphate, and the fluorine-containing anion in the fluorine-containing anion salt cooperates with a fluorine-containing structure in the polyimide matrix to construct an acetylene adsorption microenvironment in the polymer continuous phase as an acetylene adsorption site. Unlike a traditional mixed matrix membrane, the application does not depend on porous fillers such as metal organic frameworks, molecular sieves or covalent organic frameworks, and can effectively solve the non-selectivity defects caused by particle agglomeration and interface voids of the mixed matrix membrane. Moreover, the preparation method is simple, raw materials are easy to obtain, and the application can be used for efficient separation of acetylene-containing mixed gas.