4results about How to "Efficient dissociation" patented technology

The application belongs to the technical field of plasma, and provides a remote plasma generator, which comprises an ionization cavity, an ignition assembly, a magnetic core assembly and a heat dissipation assembly, and an air channel is formed in the ionization cavity; the ignition assembly is used for exciting and igniting the gas in the air channel to form plasma; the ignition assembly comprises a dielectric sheet, a sealing structure and an ignition structure, the dielectric sheet is attached to the ionization cavity, the sealing structure is arranged on the outside of the dielectric sheet, and the ignition structure is used for exciting and igniting the gas; the inner wall of the ionization cavity is formed with an anodic oxidation plating film; and the dielectric sheet is formed with an anodic oxidation plating film on the surface through an anodic oxidation process.In the application, the surface of the dielectric sheet is formed with an anodic oxidation plating film, the dielectric sheet acts as a dielectric material, the anodic oxidation plating film on the surface is closely attached to the anodic oxidation plating film in the ionization cavity, the contact surface stress is increased, the dielectric sheet is prevented from cracking, the gas corrosion caused by plasma bombardment is effectively reduced, and the service life is prolonged.

The utility model relates to powder processing technical field especially relates to a transparent thermosetting powder coating impurity removal machine. Its technical scheme includes the impurity removal bucket, the inside of impurity removal bucket is provided with filter plate no.

The application discloses a high-clay-content coal gangue valuable component gradient recovery system and process, and belongs to the technical field of coal solid waste resource utilization. The application builds a gradient recovery system composed of a pretreatment unit and a flotation unit, realizes step-by-step efficient recovery of two valuable components, i.e. clean coal and kaolin clay, in the coal gangue through multi-stage crushing, grinding, dissociation, particle size grading and coarse particle pre-enrichment separation, in combination with a switchable preferential floating coal and preferential floating clay double-flotation route, and the tailings after removal of the valuable components can be used as building material raw materials or soil remediation agent raw materials. The application can flexibly switch the production process according to the ash content characteristics of the coal gangue feed, adapt to different quality raw materials, and has the advantages of simple overall process, high equipment integration, embeddability in the existing coal preparation production line, independent processing of gangue mountain solid waste, recyclability of water resources, substantial reduction of processing cost, realization of full-component high-value and harmless utilization of the coal gangue, and high market promotion value.

The application belongs to the technical field of solid-state lithium metal batteries, and particularly relates to a carboxymethyl lignin polymer solid-state electrolyte and a preparation method thereof. Lignin is used as raw material, isopropanol is added, sodium hydroxide is used as a catalyst, chloroacetic acid is added, and soluble carboxymethyl lignin is prepared through a carboxymethylation reaction; then the carboxymethyl lignin, polyvinylidene fluoride and lithium bis-trifluoromethanesulfonimide are dissolved in N,N-dimethylacetamide, heated and stirred to form a uniform precursor solution; finally, the precursor solution is spread on a glass culture dish, and a solid-state polymer electrolyte with a smooth surface is obtained through drying. The carboxymethyl lignin prepared by the application is uniformly dispersed in the polymer matrix, can interact with lithium salt to form a uniform lithium ion transmission path. The solid-state electrolyte has excellent mechanical strength, good flame retardant performance, high room temperature ionic conductivity and high lithium ion transference number.