612 results about "Reaction system" patented technology

The invention relates to a fluidized bed reaction system for a silicon-carbon negative electrode material. The silicon-carbon negative electrode material fluidized bed reaction system comprises a drying tank, a fluidized bed reactor and a discharge tank, the drying tank is provided with a material cavity, and the drying tank can dry materials in the material cavity and can also convey replacement gas into the material cavity to replace gas in the material cavity; the fluidized bed reactor is internally provided with a gas-solid separation area, a reaction area and an initial fluidization area which are sequentially arranged from top to bottom, and the reaction area is communicated with the material cavity so as to receive the dried materials; the discharge tank is provided with a dust removal cavity, the dust removal cavity is communicated with the gas-solid separation area through a discharge pipeline, the discharge pipeline is provided with a blasting assembly, and when the pressure in the fluidized bed reactor exceeds a first preset value, the blasting assembly can be broken to release gas in the fluidized bed reactor; meanwhile, powder in the fluidized bed reactor can be discharged into the washing liquid in the dust removal cavity through the discharge pipeline.

This invention discloses a method for preparing a multi-shell porous core-shell structured nickel-based cathode material precursor. This method directly controls the preparation of the precursor through partial reaction control. A seed reactor and a reaction vessel are connected to a concentration tank to control the precursor particle size. During the precursor preparation stage, the pH of the reaction system is controlled by continuously reducing the flow rate of the complexing agent solution, thereby achieving continuous coating of the seed core surface with multiple loose shells. The cathode material prepared based on the multi-shell porous core-shell structured nickel-based cathode material precursor can store more electrolyte, thus improving the cycle performance during charge and discharge. Furthermore, the loose porous structure of the cathode material prepared based on the multi-shell porous core-shell structured nickel-based cathode material precursor can provide more storage space under overcharge conditions of lithium-ion batteries, thereby improving their safety performance.

The invention discloses a construction method and application of an SERS (Surface Enhanced Raman Scattering) sensor for detecting Mn < 7 + >. Belongs to the field of detection application, and the construction method of the SERS sensor for detecting Mn < 7 + > comprises the following steps: uniformly mixing an ABTS solution, a to-be-detected solution containing Mn < 7 + > and a silver nanoparticle solution, adding an acid solution to adjust the pH value of a reaction system, and reacting for 1-3 minutes. The SERS sensor for detecting Mn < 7 + > is applied to detection of heavy metal Mn < 7 + >. According to the method disclosed by the invention, by virtue of specific selection of the ABTS on Mn < 7 + > and addition of silver which has extremely high characteristics on SERS detection, convenient and rapid trace detection on Mn < 7 + > is realized. The selective reaction material explored by the invention is used for trace detection of heavy metal Mn < 7 + > by utilizing an SERS technology, and has important significance in application to actual life.

The invention provides a movable zero-carbon emergency energy device and management method for hydrogen-oriented wind-light-storage cooperation, and the device comprises a reaction system which is used for preparing a hydrogen flow in real time; the auxiliary gas system is used for outputting auxiliary gas flow; the fuel cell system is used for generating electricity through the reaction of the hydrogen flow and the auxiliary gas flow; the power storage system is used for storing electric energy generated by power generation of the fuel cell system; the discharging system is used for outputting the electric energy stored in the electricity storage system at a corresponding output voltage according to a preset requirement; the control system is used for coordinating and controlling the reaction system, the auxiliary gas system, the fuel cell system, the power storage system and the discharge system; and the explosion-proof box is used for loading the system. According to the movable zero-carbon emergency energy device for hydrogen-oriented wind-light-storage cooperation, power can be supplied to the outside by preparing hydrogen in real time and adopting a fuel cell power generation mode, the position of the device can be flexibly adjusted according to the power supply requirement, and the high-reliability, green and low-carbon emergency energy supply requirement is met.

The invention discloses a method for leaching waste lithium battery positive electrode powder by using intestinal flora in a neutral environment, and belongs to the technical field of resource recycling, the method comprises the following steps: step 1, a pretreatment link, the pretreatment link comprises the following process links, and each link has no sequence: (1) preparation of battery powder, (2) acquisition of intestinal flora, and (3) preparation of a culture medium; 2, domesticating the flora; and 3, valuable metal in the waste battery powder is leached out. According to the method, the intestinal flora is applied to the biological leaching of the waste LIBs positive electrode powder, so that the dependence of traditional strong acidophilic bacteria on an extremely low pH condition is broken through, and the environmental harm is greatly reduced; according to the method, inorganic acid does not need to be added, the pH value of a reaction system is stabilized within the nearly neutral range of 7.8-8.2, equipment loss caused by acid etching is reduced, reagent consumption for subsequent metal recovery and neutralization treatment is reduced, and remarkable economic benefits and environmental benefits are achieved.

The invention discloses a method for preparing a sodium electric precursor by a redox control potential method. According to the invention, the oxidation-reduction electrode is arranged on the reaction kettle to monitor the oxidation-reduction potential of the reaction system in real time, and different potential control is realized by controlling the purity of nitrogen and other mixed gases in the reaction kettle or the dosage of an oxidation-reduction agent added into the reaction kettle; the primary and secondary particle morphology, the specific surface area and the product compaction of the product can be effectively controlled, and precursors with different physical and chemical indexes can be prepared according to different potentials. According to different characteristics of the precursor, the sintered positive electrode material has different electrochemical properties, such as higher electrochemical rate capability, gram volume and cycle performance, so as to meet application requirements of different products.

The invention belongs to the technical field of chip diagnosis, and discloses a sample introduction and reaction system for chip sequencing, the sample introduction and reaction system comprises a supply device, a flow channel switching device, a dismounting device, an extraction device and a reaction tank; the supply device is provided with a sealed detachable opening structure, and the opening detaching device can move relative to the supply device until the detachable opening structure is opened; the supply device is arranged around the flow channel switching device, the extraction device is connected with the bottom end of the supply device and the reaction tank through the flow channel switching device, and the flow channel switching device can enable the supply device to be communicated with the extraction device or enable the extraction device to be communicated with the reaction tank by switching the state of the flow channel switching device. According to the sample introduction and reaction system for chip sequencing, the reagent conveying time can be shortened, the phenomenon of dead volume of a reagent in the conveying process is reduced, the problem of reagent waste caused by bubbles generated by a pipeline in the conveying process is effectively avoided, and the reagent sample introduction efficiency is improved.

The invention provides a magnet driving power supply, a magnet driving method and system, and a fusion reaction system. The magnet driving power supply comprises a capacitor unit and a plurality of groups of control modules, each group of control modules comprises two control modules, the control modules are connected in parallel, and each control module comprises two power units; in each control module, the first end of one power unit is connected with the positive electrode of the capacitor unit, the second end of the power unit and the first end of the other power unit are both connected with the auxiliary node, and the second end of the other power unit is connected with the negative electrode of the capacitor unit; the auxiliary nodes in the two control modules in each group of control modules are respectively connected with two ends of a magnet in the fusion reaction device; the power units in the control modules are controlled to be switched on or switched off based on current parameters, so that the multiple groups of control modules are started in a time-sharing manner, and the capacitor units are driven to transmit current to the magnets; the magnet driving power supply has a good effect of transmitting current to the magnet.

The invention discloses a method for synthesizing a wide-distribution precursor. Relates to the field of ternary materials. The method for synthesizing the wide-distribution precursor comprises the following steps: S1, carrying out a precipitation reaction of the precursor in a reaction kettle, and maintaining the pH value of a reaction system below a nucleation point of the precursor material; and S2, discontinuously adding pre-prepared seed crystals into the reaction kettle in the reaction process so as to control the particle size distribution of the precursor in the reaction kettle. The method provided by the invention does not need to frequently adjust the pH value to carry out traditional kernel pressing operation, simplifies the process steps, reduces the dependence on the experience of operators, and reduces the problems of particle size fault or excessive kernel generation and the like caused by pH fluctuation.

The utility model relates to the technical field of caprolactam, and particularly provides a high-temperature ammoximation reaction heat utilization system, which comprises an ammoximation reaction kettle and an evaporation tower, a circulating pipeline and a circulating pump are arranged at the lower part of the reaction kettle, an evaporation tower reboiler is arranged in the evaporation tower, an outlet of the circulating pump is connected with an inlet of the evaporation tower reboiler, and the circulating pump is connected with the evaporation tower reboiler. An outlet of the evaporation tower reboiler is connected to a material return port of the ammoximation reaction kettle after passing through a condenser; a steam outlet is formed in the top of the evaporation tower and is connected to a gas pipeline. On the basis of heterogeneous ammoximation, the temperature of a reaction system is increased, high-pressure water vapor is directly generated by reaction heat, the water vapor is used for supplying heat to other sections of caprolactam, the use amount of ammoximation circulating water is reduced, the overall energy consumption of caprolactam is reduced, and the cost is reduced.

The invention discloses a large-driving-force liquid crystal elastomer composite artificial muscle belt and a manufacturing method and application thereof. The preparation method comprises the following steps: reacting a mixed reaction system containing a liquid crystal monomer, a chain extender, a cross-linking agent, a photoinitiator, a catalyst and a nano material to prepare a composite oligomer; and placing the composite oligomer in a mold, removing the solvent, and then carrying out stretching and cross-linking treatment to obtain the liquid crystal elastomer composite artificial muscle band with large driving force. The composite artificial muscle belt can achieve linear contraction under thermal stimulation, and large thrust can be generated in the recovery process; meanwhile, the composite artificial muscle belt can achieve large driving force output without being assembled by an artificial muscle fiber bundle, and the technical problem caused by the fact that a plurality of artificial muscle fiber bundles are assembled to achieve contraction force amplification is solved.

The invention discloses a megawatt pressurized bubbling fluidized bed oxygen-enriched combustion test platform and a combustion method. The platform comprises a feeding system, a pressure swing adsorption oxygen production and gas inlet system, a deslagging system, an oxygen-enriched combustion reaction system and a flue gas and fly ash sampling treatment system. The feeding system adopts a spiral and star-shaped double-path independent pressure feeding unit, and is provided with a multi-stage stock bin, a drying device and a pipeline cooling structure, so that pressurized continuous feeding is realized, and tempering is prevented; the pressure swing adsorption oxygen generation and gas inlet system generates oxygen-enriched gas through a PSA technology, and the oxygen-enriched gas is mixed with CO2 to form a graded oxygen-enriched atmosphere; according to the oxygen-enriched combustion reaction system, accurate temperature control is achieved through an air distribution plate, a reducer pipe and a partition heat exchange device, and generation of NOx is restrained; the problems of unstable fuel supply, unreliable deslagging, low combustion efficiency, difficulty in CO2 enrichment and the like under the high-pressure oxygen-enriched combustion condition in the prior art can be effectively solved.

The invention relates to the technical field of electrochemistry, and discloses a liquid-phase electro-catalysis in-situ cell for X-ray absorption spectrum testing, the liquid-phase electro-catalysis in-situ cell is characterized in that a copper working electrode wire, a fixed window and an insertion window are arranged on an electrolytic cell cavity, a cell body top cover is fixedly arranged on the electrolytic cell cavity, the fixed window is located at one side of the electrolytic cell cavity, and the insertion window is located at the other side of the electrolytic cell cavity. The insertion window is positioned on the other side of the electrolytic tank cavity; the liquid layer thickness adjusting assembly is fixedly mounted in the insertion window; the working electrode fixing assembly is fixedly installed in the fixing window. The cavity of the electrolytic tank is of an integrated structure, the light-transmitting tube adopts a 45-degree unfilled corner and an adjustable liquid layer design, rapid switching of transmission and fluorescence modes is supported, screws or adhesive tape fixation is avoided, the integrated cavity shortens the electrode replacement time to be less than 1 minute, the test efficiency is remarkably improved, the liquid leakage risk is reduced, a corrosion-resistant material is matched with an acid / alkaline electrolyte, and the service life of the electrolytic tank is prolonged. The modular structure can be expanded to different reaction systems, and is convenient to modify to adapt to other synchrotron radiation testing technologies.

The present application relates to a kind of self-regeneration fixed bed reaction system for multiphase catalytic reaction, belong to fixed bed technical field.The system includes shell assembly, reaction tank assembly, distribution disc assembly and regeneration connecting assembly.Shell is separated to form several sectors, each sector is equipped with reaction tank, and isolation chamber is formed between reaction tank.Regeneration connecting assembly includes upper and lower rotating disc connected by rotating shaft, and inert gas containing cavity is arranged in rotating disc and is communicated with isolation chamber.Driving mechanism rotates rotating disc, so that regeneration pipe is communicated with specific reaction tank and carries out on-line carbon burning regeneration.The present application realizes the continuous production mode of "multi-zone reaction, one area on-line regeneration" by rotating structure, cooperates with the unique scraping seal assembly and elastic buffer structure, solves the pain points such as fast coking of catalyst in high-temperature dehydrogenation and other reactions, frequent switching, easy to string gas and thermal stress damage, significantly improves the production efficiency, operating stability and heat energy utilization rate of device.

The embodiment of the invention provides a preparation method of octahedral Ag2O nano-enzyme and a method for detecting H2O2 through a colorimetric method, and relates to the technical field of H2O2 detection. The method for detecting H2O2 by using the colorimetric method comprises the following steps: step S11, taking a plurality of centrifugal tubes, adding quantitative Ag2O solution and H2O2 with different concentrations into each centrifugal tube, and uniformly mixing; step S12, adding a NaAc-Hac buffer solution and a TMB (Tetramethylbenzidine) solution into each centrifugal tube treated in the step S11 to form an Ag2O-TMB-H2O2 reaction system, heating the Ag2O-TMB-H2O2 reaction system in each centrifugal tube in a water bath for a preset time, and observing the color change of the solution in each centrifugal tube; and step S13, determining a light absorption value of the Ag2O-TMB-H2O2 reaction system at a preset wavelength through an ultraviolet photometer, and recording data. The method for detecting H2O2 through the colorimetric method has the advantages of being simple in operation process, accurate in detection, visual in result and the like.

The invention provides a reaction system for preparing aromatic hydrocarbon through hydrogenation of carbon dioxide. The reaction system comprises an injection loop reactor, a rectification device and a recycle gas separation device, the injection loop reactor comprises a reaction kettle, a circulating pump, a reaction heat exchanger, a cross-flow filter and a Venturi injector which are communicated in sequence; part of the Venturi ejector is arranged in the reaction kettle, and the circulating gas separation device comprises a primary condenser, a secondary condenser, an absorption tower and a desorption tower which are communicated in sequence; the device further comprises a circulating gas heater. The jet loop reactor is adopted as key process equipment to perform carbon dioxide hydrogenation reaction to continuously prepare aromatic hydrocarbon, reaction fluid circulates in a loop in a large flow manner and is jetted at a high speed by the Venturi jet, and negative pressure is formed at a working nozzle, so that process gas is sucked into the jet to form micron-sized bubbles with large specific surface area, and the aromatic hydrocarbon is continuously prepared. Gas-liquid-solid contact is increased, the gas-liquid-solid multi-phase reaction speed can be increased, the reaction efficiency is improved, and therefore the air speed is increased under the condition that the yield is guaranteed.

The invention discloses an urban fire early warning reaction system based on the Internet of Things and edge computing, and relates to the technical field of urban fire rescue. The first edge computing node is responsible for extracting fire data and judging whether fire rescue power is sufficient or not, the fire range, position and level can be rapidly recognized, and therefore an accurate basis is provided for configuration of the rescue power; the edge computing node II can plan a fire rescue path and screen an optimal path according to the traffic data to ensure that the fire rescue force can reach the fire scene at the fastest speed; most importantly, the path with the highest smoothness coefficient can be identified by analyzing the road image and the predicted passing time, and weighted evaluation is carried out by combining the predicted passing time of each path section, so that the fire rescue path with the highest passing efficiency is selected, the real-time traffic condition of the road is considered, and the traffic efficiency of the fire rescue path is improved. The arrival time of the fire rescue force is optimized, and the rescue vehicle can arrive at the fire scene at the fastest speed.

A method for distinguishing metal ions Cu 2+ and Mn 2+ This method utilizes a pH clock reaction system of "urease-CO(NH2)2-H2SO4" as the distinguishing solution, based on the Cu of the sample to be distinguished. 2+ and Mn 2+ The reactions between Cu and the products of urea hydrolysis catalyzed by urease differ, resulting in different patterns produced by the pH clock system, thus enabling the determination of Cu... 2+ and Mn 2+ Qualitative analysis of Cu involved in this invention. 2+ and Mn 2+ The qualitative analysis method is characterized by high accuracy, ease of operation, and convenience.

The invention discloses a pyrolysis gas-assisted thermochemical cycle hydrogen production test system and an operation method. The test system comprises a steam system, a gas path system, a reaction system and a separation detection system. The reaction system adopts a first reaction system and a second reaction system which are arranged in parallel and can alternately carry out reduction and oxidation reactions. And the gas path system can selectively introduce pyrolysis gas or nitrogen into the reaction system through valve switching. According to the operation method, by optimizing water vapor oxidation conditions, an air oxidation stage in a traditional process is omitted, and energy consumption is reduced; and nitrogen purging is adopted during switching of the reaction stages, so that the explosion risk is thoroughly eliminated, and the safety is guaranteed. According to the invention, continuous, efficient and safe circulating hydrogen production is realized, and a reliable scheme is provided for industrial application.

The invention relates to a post-treatment method and system for chloromethane synthesis, and the post-treatment method comprises the following steps: cooling a chloromethane crude product prepared in a reaction stage through an economizer, and then carrying out gas-liquid separation in a gas-liquid separator, a connecting pipeline between the economizer and the gas-liquid separator is filled with a water flow which flows in a direction opposite to that of the material, so that the temperature of a gas-phase discharge hole in the top of the gas-liquid separator is controlled to be 90-120 DEG C; the separated liquid phase enters a hydrochloric acid buffer tank with a partition plate, and an oil phase and a water phase are separated out; and washing the separated gas phase with water by a water washing tower, and then drying to obtain a chloromethane product. The economizer, the gas-liquid separator with specific temperature control and the hydrochloric acid buffer tank with the partition plate are arranged between the reaction system and the water scrubber, so that three-phase separation of'oil phase silicide-water phase-gas phase 'is efficiently realized, and the oil phase silicide is separated from the chloromethane crude product and does not enter the water scrubber and other subsequent systems; therefore, the problem of pipeline blockage in a post-treatment system is solved.

The utility model relates to the technical field of chemical equipment, and discloses a microreactor for a high-viscosity reaction system, which comprises a feeding end cover (2), a discharging end cover (9), a primary reactor (4), a secondary reactor (8), an interstage connector I (6), an interstage connector II (18) and a crossover line (7), the feeding end cover (2) is arranged at the inlet end of the first-stage reactor (4), the first-stage reactor (4) and the second-stage reactor (8) are connected through the overline (7), the first-stage reactor (4) and the overline (7) are connected through the interstage connector I (6), and the second-stage reactor (8) and the overline (7) are connected through the interstage connector II (18); concave sealing pieces (3) are arranged on the inner walls of the interstage connector I (6) and the interstage connector II (18), and the concave corners are chamfered; and a discharge end cover (9) is arranged at the outlet end of the secondary reactor (8). The reactor weight is reduced, and the application is flexible and convenient.

The invention discloses an ultrasonic-assisted photocatalytic precious metal leaching method, and belongs to the technical field of precious metal recovery. The method comprises the following steps: (1) material pretreatment: treating electronic waste powder containing gold, silver and copper into electronic waste powder capable of being leached by a proper method; (2) preparing a reaction system: adding electronic waste powder containing gold, silver and copper into a leaching solvent, then sequentially adding FeCl3 and a photocatalyst, and uniformly stirring; (3) photocatalytic leaching: carrying out ultrasonic-assisted leaching reaction on the suspension reaction system under ultraviolet irradiation; and (4) solid-liquid separation is conducted, and leaching liquid containing precious metal and leaching residues are obtained. According to the method, the synergistic effect of FeCl3 and the photocatalyst is combined, efficient leaching of precious metal is achieved under ultraviolet irradiation, and the method has the advantages of being environmentally friendly, efficient, good in cyclicity, mild in condition, easy to operate and the like, is suitable for large-scale recovery of precious metal from electronic waste containing gold, silver and copper and has important economic and environmental significance.

The invention discloses a reaction system for producing hydrogen through coal supercritical water gasification. The reaction system comprises a vertical tank body, a heat insulation lining, a gas collection chamber, a separator, a slag collection chamber, a coal water slurry distribution pipe and an inlet diffuser, the separator is arranged between the gas collection chamber and the slag collection chamber, an upper exhaust port of the separator is communicated with the gas collection chamber, and a lower slag discharge port of the separator is communicated with the slag collection chamber; an ash inclined pipe at the lower part of the slag collecting chamber extends out of the vertical tank body to form an ash outlet; the coal water slurry distribution pipe is an annular pipe, and coal water slurry distribution holes are formed in the coal water slurry distribution pipe; the inlet diffuser is mounted at the bottom head of the vertical tank body; the inlet end of the supercritical water inlet pipe extends out of the bottom head of the vertical tank body to form a supercritical water inlet; a coal water slurry inlet is formed in the coal water slurry distribution pipe; a gas outlet is formed in a top sealing head of the vertical tank body; the lower end of the gas outlet is communicated with the gas collecting chamber. According to the invention, coal is gasified in a supercritical water environment to generate hydrogen, so that clean utilization of coal is realized; uniform heat supply of supercritical water to gasification reaction can be realized, and high-efficiency gasification of coal under large treatment capacity is realized.

The present application belongs to the field of fine chemical industry, and relates to a method for continuously preparing methylal by using a micro-channel reaction device. The micro-channel reaction device is adjusted, a solution prepared by mixing methanol, formaldehyde and a catalyst is punched into the reaction system, and the product methylal is synthesized after micro-channel reaction; the micro-channel reaction device adopts a multi-module structure, and the connection mode and the number of modules between the modules can be assembled according to requirements. The present application has the following advantages: 1) the micro-channel reaction device is used, compared with a conventional reactor, a great breakthrough is made in technology, the reaction conditions can be accurately controlled, and a larger heat exchange area can greatly improve the mass transfer and heat transfer efficiency; 2) the on-line continuous reaction can break the intermittent operation mode of the conventional reactor, and reduce the test error caused by the intermittent operation; 3) the ionic liquid catalyst is used, the reaction conditions are mild, and a better reaction effect can be achieved.

The application discloses a N-base picoliter or femtoliter fluid precision measuring system or reaction system, which is used for preparing trace fluid, liquid or gas into multiple groups of weight droplets, and is designed in a N-base mode, that is, the same group has the same volume, different groups have different volumes, and the volume ratio of the large-volume droplet monomers to the small-volume droplet monomers in adjacent groups is the number of droplets in the small-volume group plus 1; by selecting different groups, dividing and combining different numbers of weight droplets in each group, the precision measuring, sorting and obtaining of the fluid with an arbitrary capacity within a certain range and with a picoliter or femtoliter precision are realized.

The invention relates to the field of vapor deposition, in particular to a vapor deposition reaction system which comprises a reaction chamber, an energy storage assembly, a preheating chamber and a heat transfer assembly. A heat energy absorption assembly is arranged in the reaction chamber and used for absorbing waste heat generated by the chemical vapor deposition reaction. The energy storage assembly is connected with the heat energy absorption assembly and used for storing waste heat generated by the heat energy absorption assembly. A preheating assembly is arranged in the preheating chamber and used for preheating the reaction container. And the heat transfer assembly is arranged between the reaction chamber and the preheating chamber, and the heat transfer assembly is used for transferring the heat energy stored by the energy storage assembly to the preheating assembly. The heat generated by the reaction in the reaction chamber is collected, the collected heat is transferred to the preheating chamber, the preheating chamber is heated by means of the redundant heat in the reaction chamber, excessive waste of energy in the reaction chamber is avoided, meanwhile, energy needed during preheating is saved, and energy saving is achieved.

The application discloses a kind of manganese-rich precursors and preparation method and positive electrode material thereof, and is related to lithium ion battery material technical field.The preparation method includes that metal salt solution, precipitant and complexing agent are simultaneously added to reaction kettle by metering pump and carry out coprecipitation reaction, and hydrogen peroxide solution is pumped into reaction system by metering pump in stages during reaction process and carries out liquid phase micro-oxidation treatment.The prepared precursor is spherical secondary particle, and is composed of nanoscale particle and interwoven sheet-shaped primary particle.The method utilizes the direct and uniform oxidation effect of hydrogen peroxide in liquid phase, and in-situ constructs stable high-valence manganese oxide on the surface of precursor, so that the prepared positive electrode material simultaneously has excellent electrochemical kinetics and structural stability.

Vertical multi-stage disc countercurrent atmosphere pressure reaction system and reaction method thereof belong to the field of chemical process equipment. In view of the problems of uneven temperature distribution, uncontrollable material residence time and difficulty in realizing continuous operation in the existing equipment, a plurality of large discs and small discs arranged alternately are arranged in the vertical direction inside the cylinder body in sequence, each disc is connected with the central rotating shaft to form an integral rotating structure, a first type of discharging scraper for conveying material from the outer side to the inner side is arranged on the large disc, and a second type of discharging scraper for conveying material from the inner side to the outer side is arranged on the small disc, through the reverse pushing action of the two types of scrapers, the material forms an "outer-inner-outer" alternating migration path between the discs at each stage, thereby constructing a complex flow trajectory coupled with spiral motion and broken line motion in space. The invention realizes the transformation from traditional heat treatment to multi-field coupling reaction control, and has the advantages of high heat transfer efficiency, good reaction uniformity and high degree of continuous operation.

The invention relates to the technical field of water treatment, and discloses an intelligent response type mine wastewater treatment system which comprises a physical treatment subsystem and a control subsystem. The control subsystem calculates a normalized effective contact efficiency factor and a fluid drag strength factor based on the collected fluid flux and source frequency data. The calculation module adjusts the mechanical shear power of the mixing unit according to the effective contact efficiency factor, and keeps the Damkler number in the reaction system constant so as to compensate the contact time loss; and adjusting the excitation current of the separation unit according to the fluid drag strength factor, constructing a dynamic magnetic field gradient balanced with a fluid drag force vector, and executing pre-excitation when an impact precursor is identified. When the fluid drag strength exceeds a physical limit, the system controls the dosing interface to perform supersaturated dosing. Through cooperative regulation and control of a multi-dimensional physical field and chemical potential energy, rapid response and stable treatment of the unsteady hydraulic load are achieved.

The invention discloses a material reactor, a material reaction system, a method for decomposing a self-oxidation reduction precursor and application. The material reactor comprises a dividing piece and a reaction cylinder, adjusting the rotation of the reaction cylinder; the reaction cylinder is provided with a reaction cavity along the length direction; the dividing piece is placed in the reaction cavity; the dividing piece is provided with at least three dividing plates; one ends of the plurality of sub-plates are connected and are distributed in a surrounding manner by taking the connected position as the center; the other ends of the partial split plates are in contact with the inner wall of the reaction cavity; the material reaction system comprises a rack, a heating device, a feeding device, a discharging device and a material reaction system, according to the scheme, multiple synergistic effects of preventing adhesion, improving heat transfer and accelerating gas-solid reaction can be realized, and the problem of waste caused by the fact that gas decomposed by raw materials does not participate in synthesis and is directly discharged in a production process is solved.