39results about How to "Industrialization is less difficult" patented technology

The invention discloses a special additive for wear-resistant hydraulic oil with excellent thermal stability and a preparation method thereof. The special additive for the wear-resistant hydraulic oilwith excellent thermal stability is zinc di-dodecyl dithiophosphate, and the zinc di-dodecyl dithiophosphate is added in the wear-resistant hydraulic oil to improve the thermal stability of the wear-resistant hydraulic oil. The preparation method comprises the following steps: adding phosphorus pentasulfide in N-dodecanol time by time and reacting to generate thiophosphoric acids; and adding zinchydroxide in the thiophosphoric acids time by time and reacting to generate the zinc di-dodecyl dithiophosphate. The special additive for the wear-resistant hydraulic oil with excellent thermal stability and the preparation method thereof disclosed by the invention have the benefits that the zinc di-dodecyl dithiophosphate is used on the hydraulic oil to obviously improve the thermal stability ofthe hydraulic oil; and the production process is simpler, the industrialization difficulty is low, the application of a catalyst is also eliminated, the later waste treatment is reduced, and the production cost is obviously reduced.

The invention provides a self-adsorbable flexible battery and a preparation method thereof. Cyclodextrin is grafted as a main body to a gel electrolyte polymer monomer to form a polymer monomer matrix carrying main molecules; The monomer matrix is ​​in-situ polymerized with the ungrafted gel electrolyte polymer monomer to generate a gel electrolyte incorporating host molecules; adamantane or ferrocene is grafted as a guest to the binder polymer monomer The polymer monomer matrix carrying the guest molecules is formed on the polymer monomer matrix; the prepared polymer monomer matrix carrying the guest molecules is polymerized with the ungrafted binder polymer monomer to generate a binder incorporating the guest molecules. ; Add the binder doped with guest molecules into the positive and negative electrodes, and encapsulate it with the gel electrolyte doped with host molecules to form a self-adsorbing sandwich flexible battery. Compared with the existing flexible batteries, the flexibility is improved while extending the The service life of the battery makes up for the shortcomings of the existing flexible battery technology.

The invention discloses a silicon carbide reactor, the material of the reactor is metal element lattice doped silicon carbide. The characteristics of the material with good thermal conductivity and chemical reaction inertness are utilized, ethylene is directly synthesized from methane through catalysis based on oxygen-free conditions in the reactor, thus zero carbon deposition of methane and highselectivity synthesis of ethylene are achieved, the convension rate of methane is 10-70%, the selectivity of ethylene is 40-75%, the selectivity of propylene is 5-15%, the selectivity of arenes is 0-40%, and zero carbon is deposited. The silicon carbide reactor has the characteristics of long catalyst lifetime(>1000 h), good stability of the catalyst under high temperature(<1700 DEG C), high conversion rate of methane and product selectivity, zero carbon deposition, small difficulty of industrialization, good process repeatability, and safe and reliable operation, and has broad industrial application prospect.

The invention relates to a preparation method of a barnidipine intermediate 3-(2-nitrile-ethyl)-5-methyl-2,6-dimethyl-4-(3-nitrophenyl)-1,4-dihydropyridine-3,5-dicarboxylate. The preparation method is characterized by enabling 3-hydroxylpropionitrile and methyl acetoacetate to be subjected to ester exchange under the catalysis of N-bromosuccinimide (NBS), then, ammoniating with a mixture of ammonium acetate and ammonia water, and then, carrying out catalytic reaction by an organic acid, thereby obtaining a final product. The preparation method provided by the invention is used for overcoming the defects of the existing preparation methods that the yield is relatively low and the like, and is applicable to industrial production.

The invention provides an in-situ implanted polymer particle solid electrolyte and a preparation method thereof. Stir and dissolve water with acetonitrile to obtain a transparent or translucent solution; add acrylamide, crosslinking agent, and initiator to the solution; continue to stir until the solution is evenly mixed again, pour it into a mold, and initiate polymerization at a wavelength of 365 nanometers of ultraviolet rays. After the polymerization is complete Stand still, and after the solvent acetonitrile is completely volatilized, a micron-level thick solid electrolyte film is obtained; the in-situ implanted polymer particle solid electrolyte prepared by the present invention has excellent performance, has high ion conductivity at room temperature, and has relatively high Good mechanical properties and excellent processability, the invention implants polymer particles in situ, the preparation method is simple, the preparation cost is low, the raw materials used are all from industrial products, and it is expected to realize mass industrial production.