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2results about How to "Reduce aggregation effect" patented technology

A circular tangential flat flame nozzle and its combined array structure

This application discloses a circularly tangential flat flame nozzle and its combined array structure, relating to the field of nozzle structures. It includes a nozzle body with an inlet end and an outlet end at both ends. Gaseous oxidant enters from the inlet end and exits from the outlet end. The inlet end has a circular cross-section, and the projection of the outlet end along the axis of the nozzle body's inlet end is elliptical. The outlet end is arc-shaped, with its axis perpendicular to the plane containing the major axis of the ellipse and the inlet end axis, and the arc axis intersects with the inlet end axis. This provides a sufficiently large scattering area, allowing the process gas and oxidant to mix thoroughly at the nozzle outlet, improving the combustion efficiency of the process gas, and forming a uniform temperature distribution in the reactor combustion chamber.
Owner:BEIJING HANGHUA ENERGY SAVING ENVIRONMENTAL PROTECTION TECH CO LTD

Anion-rich hydrogel electrolyte and preparation method and application thereof

PendingCN122599553AImprove compactnessEnhance free water binding ability
The application discloses a kind of anion-rich hydrogel electrolyte and its preparation method and application.The hydrogel electrolyte is composed of acrylamide monomer, polymerizable functional monomer containing anion group, natural polymer material, and zinc salt for building water-based metal battery.In the preparation process, the above-mentioned functional monomer, acrylamide and natural polymer material are dissolved in zinc salt solution and uniformly mixed, and then initiator and crosslinking agent are introduced, and thermal polymerization reaction is carried out at 40~80℃ to obtain anion-rich gel electrolyte.The gel electrolyte shows good thermal stability, ion conductivity and cycle performance in various water-based metal batteries, providing a new electrolyte design strategy for high-performance water-based metal batteries.
Owner:DALIAN POLYTECHNIC UNIVERSITY