3results about How to "Good bonding" patented technology

The application provides a cage type toughening agent and a preparation method thereof and a high-temperature-resistant low-loss adhesive film and a preparation method thereof, and belongs to the technical field of resin composite materials.The application uses active end group polyimide and POSS as monomers for preparing the cage type toughening agent, uses a catalyst to promote the reaction of the monomers, uses an organic solvent to dissolve the monomers and form liquid drops containing the monomers, uses a dispersing agent to disperse the liquid drops, and obtains the cage type toughening agent through suspension polymerization in the case that deionized water is used as a continuous phase.The cage type toughening agent provided by the application uses POSS as an inner core and uses a high-temperature-resistant thermoplastic polyimide resin with active end groups as an outer shell, the POSS provides high-temperature resistance, flame resistance and low moisture absorption, the polyimide layer provides primary toughening, the POSS provides secondary toughening, and the cage type toughening agent has the effect of double toughening; and the cage type toughening agent has good solubility and interfacial combination, can be matched with nitrile group resin, and can be used as a toughening agent for nitrile group resin.

This invention discloses an Angiopep-2 modified fluorescent polyamide-amine dendritic polymer and its preparation method, as well as a method for preparing nanoparticles based thereon, belonging to the field of nanomaterials technology. The preparation method includes the following steps: mixing the polyamide-amine dendritic polymer with a first phosphate buffer to obtain solution I; mixing maleimide-polyethylene glycol-N-hydroxysuccinimide with the first phosphate buffer to obtain solution II; mixing solution I and solution II and reacting them, followed by ultrafiltration purification to obtain intermediate A; dissolving Angiopep-2 in a second phosphate buffer and reacting it with intermediate A, followed by freeze-drying to obtain intermediate B; dissolving intermediate B in a dimethyl sulfoxide solution to obtain solution III; dissolving fluorescein isothiocyanate in a dimethyl sulfoxide solution to obtain solution IV; mixing solutions III and IV and reacting them under a protective gas atmosphere in the dark; freeze-drying to obtain the Angiopep-2 modified fluorescent polyamide-amine dendritic polymer.

Disclosed are a separator-integrated electrode, a method of manufacturing the same, and an electrode assembly and a rechargeable lithium battery including the same. The separator-integrated electrode includes an electrode and a polymer fiber layer on the electrode. The polymer fiber layer comprises polyacrylic acid. The polymer fiber layer has a tensile strength in the MD direction of greater than or equal to about 120 kgf / cm2. The polymeric fiber layer has an air permeability of less than or equal to about 500 sec / 100 cc.