12results about How to "Great potential" patented technology

The application discloses a quaternary solid waste-based soil stabilizer (GSCP) for a base layer, which is composed of slag (GGBFS), steel slag (SSA), calcium carbide slag (CS) and phosphogypsum (PG) and has a weight ratio of GGBFS:SSA:CS:PG=56:24:12:8. The stabilizer forms C-S-H colloid and ettringite (AFt) through alkaline activation and sulfate activation, does not need to add cement or chemical activator, is used for stabilizing silty clay and steel slag mixed soil, and significantly improves the unconfined compressive strength, splitting tensile strength, water stability and freeze-thaw resistance. Compared with a traditional cement-based stabilizer, the application reduces carbon emission by 82% and cost by 31.25%, provides a low-carbon and economical solution for road engineering, and is suitable for the base layer and the subbase layer of a secondary road or above.

The application discloses a conjugated polymer of chlorobenzene, o-dichlorobenzene or m-dichlorobenzene and EDOT as well as a preparation method and application thereof, and belongs to the field of polymer electrochromic materials. By introducing chlorine atoms as intermediates in different active sites of benzene and EDOT as a strong electron-donating group, the obtained conjugated polymer has the characteristics of a wider redox peak, good optical contrast, fast response time, high coloring efficiency, good stability and the like.

The application relates to a hydrogen production system. The hydrogen production system comprises an electrolysis cell module and a steam heat pump module. The steam heat pump module comprises a heat pump assembly, a water storage tank and a flash tank. The heat pump assembly comprises a condenser. An outlet of the water storage tank is connected to a cold side inlet of the condenser. A cold side outlet of the condenser is connected to an inlet of the flash tank. An outlet of the flash tank is connected to an inlet of a fuel gas preheater. The steam heat pump module of the application only needs a small amount of electric energy to generate a large amount of water vapor. In the case of the same water vapor yield, the power consumption of the steam heat pump module is only about half of the power consumption of the water vapor generator, achieving a more energy-saving effect. In the case of the same power, the water vapor yield of the steam heat pump module is much larger than the water vapor yield of the steam generator, so that the hydrogen production system of the application can meet the demand of a high-power hydrogen production system.

This invention belongs to the field of fungal detection technology, specifically relating to a micro-platform for rapid electrolysis and highly sensitive electrochemical nucleic acid detection of Cryptococcus neoformans and its application. The micro-platform includes an integrated microfluidic chip, an external power supply, a sample introduction system, and / or an imaging system. The integrated microfluidic chip includes an electrolysis region, an electrochemical detection region, and an electrode array region. The electrolysis region includes multiple vertically arranged counter electrodes arranged in pairs, and multiple horizontally arranged hollow channels in a serpentine pattern, bonded to the electrode pairs above them. The connection point between every two electroporated channels is the electroporation lysis point. The electrochemical detection region consists of a working electrode, a reference electrode, and a counter electrode. The working electrode is modified with rGO / AuNPs nanomaterials and molecular probes.

The application provides a preparation of gramicidin and an antibacterial hydrogel preparation of the gramicidin, and discloses medical uses of the gramicidin, and provides a recombinant gramicidin, heterologous expression of the gramicidin is realized by constructing a Pichia pastoris recombinant strain, and the antibacterial activity of the gramicidin is retained, and the method has the advantages of simplicity and rapidness. Meanwhile, the hydrogel preparation of the gramicidin provided by the application shows good potential for treating wound infection of a diabetic mouse, and has the performance of rapid adhesion and hemostasis, lays a foundation for development of a new antibacterial drug, and provides a new direction for treatment of chronic inflammatory wounds and open bleeding.

This invention discloses an iron-containing diatomaceous earth shell material, its preparation method, applications, and a method for preparing a tannic acid-diatomaceous earth shell composite material containing this material. The iron-containing diatomaceous earth shell material contains at least 0.4% iron by weight and at least 88% silicon, retaining the highly ordered nanoscale porous structure of natural diatomaceous earth shells. The preparation method involves culturing diatoms in G11 medium supplemented with sodium silicate nonahydrate and ferrous sulfate heptahydrate, followed by extraction via hydrogen peroxide oxidation, acid washing, and high-temperature calcination. This invention further utilizes the reaction of this iron-containing diatomaceous earth shell with tannic acid in a buffer system at pH 7.0-8.0, achieving efficient loading of tannic acid through the coordination of iron ions with tannic acid and physical adsorption. This invention features a simple process, low cost, and environmental friendliness. The prepared composite material significantly improves the chemical stability and bioavailability of tannic acid, showing broad application prospects in biomaterials fields such as drug delivery, antibacterial applications, and tissue engineering.

The ZIF-8 / algae powder-based composite aerogel, preparation method and application thereof relate to the field of environmental engineering and material science technology. A novel chitosan / ZIF-8 / algae powder (ZIF-8 / CP / CS) composite adsorbent is synthesized for efficient adsorption of uranium ions in seawater. The results show that the adsorbent has good adsorption performance for uranium in the pH range of 4.0-8.0, and the adsorption rate is all above 89%. Mechanism analysis shows that the hydroxyl, amino, phosphoric acid groups on the surface of ZIF-8 / CP / CS and the C=N bond in ZIF-8 play a key role in the adsorption of uranium, and the quaternary phosphonium salt improves the competitiveness of the adsorbent for uranium. The competitive adsorption experiment shows that compared with the original ZIF-8 and ZIF-8 / C / CS without immobilized ionic liquid, the uranium vanadium ratio of ZIF-8 / CP / CS is increased by 20 times and 6 times respectively. The real uranium tailing pond wastewater is treated by adsorption, and the uranium content of the wastewater is reduced to 40 μg / L, so the adsorbent has good potential for extracting uranium from seawater and good application prospect for recovering uranium from uranium tailing wastewater.

This invention discloses a method and its application for enhancing the antibacterial activity of *Propionibacterium f. reudenreichii* subsp. *shermanii* metabolites by adding carrageenan to a semi-solid culture medium. The method uses *Propionibacterium f. reudenreichii* subsp. *shermanii* NBRC No. 12426 as the experimental strain and *Pichia anomala* SICC 2.894 as the indicator strain. It discloses a method for enhancing the antibacterial activity of *Propionibacterium f. reudenreichii* subsp. *shermanii* metabolites against the indicator strain *Pichia anomala* by adding carrageenan to the culture medium. Based on the culture conditions and method of *Propionibacterium f. reudenreichii* subsp. *shermanii* in this invention, the optimal amount of carrageenan added is selected as 0.6%, which significantly enhances the antibacterial activity of the *Propionibacterium f. reudenreichii* subsp. *shermanii* metabolites.

The utility model provides an integrated micro plastic wastewater treatment and its resource utilization device, including coagulation tank, dewatering machine, ball mill, calcinator, premixing pool and fluidized bed, coagulation tank, dewatering machine, ball mill, calcinator are connected in proper order, coagulation tank, premixing pool, fluidized bed are connected in proper order, the utility model discloses through coagulation tank to the effective enrichment of micro plastic, subsequently transforms into heterogeneous fenton catalyst, fills in fluidized bed, is used for the purification removal of organic matter wastewater, the utility model discloses device reasonable in design, and simple in use process, not only can satisfy the efficient treatment of micro plastic wastewater, realizes the resource utilization of micro plastic waste simultaneously, has higher economic value and application prospect, and is suitable for industrialization large -scale production.

This invention discloses the preparation of a nitrogen-containing phosphate resin monomer and its application as an indicator of iron ions. The structure of the compound is shown in the figure below. Using a phosphorus-containing heptanobromoborone compound from the paper "Preparation of a Phosphorus-Containing Heptanobromoborone Compound and Its Application in Fluorescent Ink" as a raw material, the compound undergoes a hydrolysis reaction under the action of trimethylbromosilane to generate a nitrogen-containing phosphate resin monomer. The synthetic route is simple, the post-processing is convenient, and the product yield is high. This compound exhibits high fluorescence quantum yield in both organic and aqueous phases. Ultimately, this compound is used for the indication of iron ions in aqueous phases. 3+ It exhibits selective detection with high sensitivity.

The application provides an epsilon phase gallium oxide based material and a crystal student growth method and use thereof, the crystal student growth method comprising epitaxial growth of the epsilon phase gallium oxide based material on a substrate with a polar surface, so that the epsilon phase gallium oxide based material has the same polarization direction as the polar surface. The application selects a substrate with a specific surface polarity and controls the growth of high-quality crystals through substrate and template engineering, thereby guiding controllable polarity growth by using the specific substrate as a template. Thus, active regulation of the polarization direction of the epsilon phase gallium oxide based material can be supported, the bottleneck of single polarization characteristics of the material system is broken, a key material foundation for developing a new generation of high-performance functional devices based on polarization engineering is laid, and the application has important scientific and application values.