8results about How to "Non-volatile" patented technology

The invention provides a nano-composite anti-seepage coating for goaf sealing and a preparation method and application thereof. The impermeable coating comprises the following components in percentage by mass: 10 to 30 percent of nano silica sol subjected to surface organic modification, 15 to 35 percent of styrene-butadiene latex subjected to pH buffer stabilization, 0.5 to 10 percent of functional nano material subjected to surface activation treatment, 20 to 60 percent of superfine sand and the balance of short fiber, inorganic powder filler and auxiliaries. The method comprises raw material pretreatment; step-by-step gradient blending is performed; and functions are compounded. According to the application, the nano-composite anti-seepage coating is applied to surrounding rock reinforcement, crack plugging or anti-seepage sealing engineering of a coal mine goaf. The slurry has the advantages of being high in deep infiltration capacity, excellent in surface film forming and internal compatibility and stable in performance, an internal infiltration reinforcing layer and a surface sealing layer can be formed at the same time after construction, and an integrated double-layer anti-seepage network is formed.

The invention discloses a high-reliability liquid capacitor and a preparation method thereof, and relates to the technical field of electrolytic capacitors. The high-reliability liquid capacitor comprises a core package and an aluminum shell, the core package comprises an anode foil, a cathode foil, an electrolyte solution and electrolytic paper, the preparation method comprises the steps of formation, winding compounding, liquid immersion, vacuum heat sealing and cooling solidification, and the prepared liquid capacitor is high in sparking voltage, low in generated leakage current and long in service life.

An interconnected spin majority gate device based on a magnetic tunnel junction comprises, from the surface to the substrate, a top electrode layer, a magnetic pinning layer, an insulating tunneling layer, a first magnetic magnetization free layer FL1, an isolation coupling layer, a second magnetic magnetization free layer FL2, a heavy metal layer, and a bottom electrode layer. The magnetic pinning layer consists of a magnetic layer and a coupled antiferromagnetic layer. An isolation coupling layer is provided between the first and second magnetic magnetization free layers to separate them. The magnetic pinning layer, the insulating tunneling layer, and the magnetic magnetization free layers constitute a magnetic tunnel junction. The magnetization direction of the magnetic magnetization free layers is controlled by the spin-transfer torque effect generated by the current, and logic is implemented by the exchange coupling effect of the interconnected magnetic magnetization free layers. The device includes four dual-magnetization free layer magnetic tunnel junctions sharing a common magnetic magnetization free layer, denoted as the first, second, and third inputs MTJ and the output, respectively. The device has a cross shape with four branches, three of which are input branches and the fourth branch is the output branch.

This invention discloses a UV-curable raw lacquer hybrid prepolymer coating and its preparation method, comprising: rosin acid, hydroxyethyl acrylate, p-toluenesulfonic acid, polymerization inhibitor, 4-acryloyloxybenzophenone, polyethylene glycol methyl ether acrylate, azobisisobutyronitrile, refined raw lacquer, trimethylolpropane triacrylate, leveling agent, and defoamer. The coating uses rosin acid as a rigid framework, forming a macromolecular photoinitiator by side-linking benzophenone photoinitiator groups and flexible polyether segments. Then, through a controllable UV pre-irradiation process, it undergoes free radical grafting with lacquer urushiol to construct a "rigid-tough tunable" hybrid network. This invention solves the problems of slow curing of raw lacquer, easy migration of small-molecule photoinitiators, and high coating brittleness in existing technologies. The coating uses a macromolecular photoinitiator design, with the initiating groups fixed to the rosin framework through chemical bonds, fundamentally solving the migration problem. Furthermore, the "pre-grafting" process improves compatibility, endowing the coating with excellent comprehensive properties.

The invention relates to the technical field of organic synthesis, in particular to L-4-boryl phenylalanine as well as a synthesis process and application thereof. According to the synthesis process, BOC-L-4-iodine phenylalanine methyl ester is taken as a starting material, pinacol borane is taken as a boron source, under the catalysis of PdCl (dppf), [bmim] [BF] is taken as a reaction solvent, triethylamine is taken as alkali, and a boronized intermediate is obtained through a one-step Pd catalytic cross-coupling reaction; then carrying out simple acidolysis deprotection reaction to obtain an L-BPA crude product; finally, a high-purity product is obtained through column chromatography purification. According to the method, a core process of one-step coupling, one-step deprotection and one-step purification is adopted, the loss of intermediate products and the dosage of auxiliary reagents are effectively reduced through the characteristic that the BOC-L-4-iodophenylalanine methyl ester raw material has protective groups, the total yield is increased to 78% or above from less than 50% in the prior art, the reaction conditions are mild, and the energy consumption of equipment is effectively reduced.

The application discloses a parameter configuration device of a modular lighting system, and the modular lighting system, and relates to the technical field of lighting systems. The parameter configuration device comprises an input module and a main control module. The input module comprises a group of physical dial switches and a parallel-to-serial conversion circuit. The dial switches are used for generating a group of parallel digital signals representing lighting unit layout parameters. The conversion circuit is connected with the dial switches through a plurality of switch positions. The input end of the main control module is connected with the serial output end of the conversion circuit. The output end of the main control module is used for connecting the lighting unit. The main control module is configured to read the parallel digital signals in the form of receiving serial data. A first preset part of the parallel digital signals is parsed as the number of the lighting units in a first dimension, and a second preset part of the parallel digital signals is parsed as the number of the lighting units in a second dimension. The main control module generates a driving signal according to the number in the first dimension and the number in the second dimension, and outputs the driving signal through the output end. The technical scheme can improve the convenience of the modular lighting system in field construction.

The application discloses a kind of green silane anticorrosive waterproof materials and preparation method thereof, it is related to building material and coating technical field, the material is paste, it is prepared from the following mass fraction components: silane monomer 80-90 parts, water 10-20 parts, composite emulsifier 1-5 parts, nano-grade attapulgite 0.5-2 parts, alkyl glycoside APG 0810 0.5-3 parts.Composite emulsifier is compounded by imidazoline amphoteric surfactant, alkyl trimethyl betaine and cocamide propyl dimethylamine ethylene ketal according to 20:30:40.Realize that storage stability is excellent, VOC content is extremely low, facade construction does not flow and the like effect.The material of the application is green and environment-friendly, is suitable for industrial, civil building of concrete structure, seaport, concrete bridge component and different grade concrete base material protection.

This invention belongs to the field of lithium-ion battery material preparation technology, and discloses a one-step method for preparing lithium bis(fluorosulfonyl)imide using ionic liquid catalysis and hydrogen fluoride. This method solves the problems of low catalytic efficiency, insufficient product purity, difficult separation, and high environmental impact in existing preparation routes. Using bis(fluorosulfonyl)imide and lithium fluoride as raw materials, anhydrous hydrogen fluoride as the fluorinating agent, and an imidazole-based ionic liquid as the catalyst, under an inert atmosphere, the reaction system is prepared, followed by an integrated fluorination-lithiation reaction and post-treatment purification steps to obtain high-purity lithium bis(fluorosulfonyl)imide. This invention achieves efficient reaction under mild conditions through the synergistic effect of a specific ionic liquid and hydrogen fluoride gas, solving the problems of harsh reaction conditions, low yield, and insufficient purity in existing processes. The product yield is ≥92%, and the purity is ≥99%. The process is simple, safe, and environmentally friendly, suitable for large-scale industrial production, and can be widely used in the preparation of lithium-ion battery electrolytes.