Method for preparing multifunctional multilayer micro/nanometer core-shell structure

Abstract

The invention relates to a method for preparing multifunctional three-layer core-shell structure micro/nano particles. The particles are of spherical structures, the thickness of each shell layer is controllable, multiple materials or medicines having different properties can be effectively and independently coated simultaneously, multifunctional characteristic compounding can be realized by adding functional auxiliary materials into each phase, the advantages of multilayer core-shell structures and excellent optical, electrical, magnetic, acoustic and biological characteristics are integrated into a whole, drug controlled release and medical contrast imaging application can be realized, and particularly the core-shell structure has excellent application prospects in the aspects of disease treatment and medical imaging. The preparation method is a coaxial electrostatic spraying method, the process and equipment are simple, the generated particles are controllable in forms, the particle size, shape and core-shell thickness of the obtained core-shell structure particles can be controlled by changing the operating parameters, the particle size is uniform, and the core-shell structure has good application prospects. In addition, the core-shell structure particles can serve as a precursor for preparing a hollow and special ring structure.

Description

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AI Technical Summary

Benefits of technology

This patented technology describes new ways to make small molecular weight (MW), high specificity nanoparticles called quantum dots or magnetolets, while also controllably deliver them through an electric spray gun. These tiny particles have unique features like self-assembly ability, surface charge density, size ratio, etc., making their use across diverse areas including medicine, healthcare, environmental science, electronics, medical devices, and others. They may include hydrophobic substances, organophosphorus pesticides, antimicrotankments, and pharmaceutical compositions containing these active ingredients. Overall, this technology allows us to create advanced medications with improved safety and effectiveness without causing harmful reactions.

Problems solved by technology

This patents describes various techniques for producing small micron sized cores called "multiplex” cores - those made up of several layers of atoms and magnetons mixed together – specifically focusing on creation of multicoat type membranes containing hydrophobic functional groups like silicon oxides and iron oxanes while protecting them against damage during handling processes. These cores may contain embedded fluorescent agents, antimony powders, metal flakes, and platins. They offer unique fused heterogeneous compositions with enhanced functionality compared to traditional mixtures.

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