16results about How to "Fully dissociated" patented technology

The invention relates to the technical field of batteries, in particular to a wide-temperature-range high-rate lithium battery ester-based electrolyte and application. The electrolyte comprises soluble lithium salt and a liquid component, the liquid component is a solvent; the solvent comprises at least three of propylene carbonate, fluoroethylene carbonate, isopropyl trifluoroacetate, ethyl trifluoroacetate, ethyl acetate, methyl acetate and methyl trifluoroacetate; the lithium salt lithium battery comprises at least two of common lithium salts. The electrolyte developed by the invention is used in the lithium battery and can stably work at 40-60 DEG C, the specific discharge capacity of the battery is still 62.83% of the specific discharge capacity of the battery at room temperature even at 30 DEG C and 4C multiplying power, and the electrolyte has excellent wide-temperature fast charge performance. In addition, the electrolyte effectively inhibits the growth of lithium dendrites and the side reaction of an electrode-electrolyte interface at low temperature, and promotes the formation of a solid interface film which is rich in inorganic matters and low in interface impedance. The invention has the advantages of reasonable component design and excellent product performance, and is convenient for industrial application.

The invention relates to the technical field of beneficiation, in particular to a beneficiation method of laterite type weathered titanium placer, which comprises the following steps of: enriching titanium placer in advance by adopting a rough grinding-strong magnetic separation process, and removing a large amount of slime rich in kaolin minerals; effective recovery of coarse-grained titanium placers is realized by adopting a'multi-stage spiral chute reselection 'process; compared with a conventional spiral chute and a conventional shaking table, the fine-grained ilmenite ore in reselected tailings can be efficiently recycled through the fine grinding-flotation technology, the ilmenite ore concentrate recycling rate can be increased by 10%-15%, and the grade can be increased by 5% or above. And meanwhile, the flotation process under the alkalescence condition is beneficial to environmental protection, and sodium oleate and cetyltrimethylammonium bromide serve as the combined collecting agent so that fine-fraction titanium placer can be collected powerfully. The'strong magnetic separation-reselection-flotation 'combined process provided by the invention can realize asynchronous recovery of coarse and fine fraction titanium placers, improves the utilization rate of resources, and has a good application prospect.

The present invention discloses a high-throughput tissue sample chromatin immunoprecipitation combined with chromatin conformation capture method, which can effectively enrich the DNA after chromatin conformation capture combined with chromatin immunoprecipitation steps in complex clinical tissue samples, and the extracted DNA is sufficient for subsequent library construction. The present invention independently proposes a series of processing procedures such as liquid nitrogen quick freezing and grinding pretreatment, combined enzymatic digestion, and physical fragmentation during cross-linking. Small molecule drugs that maintain cell viability are added during the process, so that cells can be fully dissociated and interstitial tissue can be removed, while retaining living cells in the tissue for subsequent steps to the maximum extent; the first tissue processing technology for "chromatin immunoprecipitation combined with chromatin conformation capture experiment" was created. The present invention is not only suitable for complex tissue samples, but also suitable for drawing specific protein-mediated chromatin three-dimensional interaction maps in cell lines cultured in vitro after a slight modification, and the efficiency is greatly improved compared with existing similar technologies.

The utility model relates to the technical field of coal slime detection, in particular to a coal slime water real-time coarse particle running detection device based on multi-frequency excitation, which comprises a material receiving funnel for containing and filtering coal particles, and a dissociation assembly capable of pushing an ultrasonic dissociation machine upwards to enable the coal particles in the material receiving funnel to be immersed in dissociation liquid is arranged at the bottom of the material receiving funnel; a cleaning assembly capable of extending into the material receiving funnel and stirring and brushing dissociated coal particles is arranged above the material receiving funnel; and an identification assembly for identifying the granularity of dissociated coal particles is also arranged beside the material receiving funnel. The coal particle size identification device effectively improves the accuracy of coal particle size identification.

The invention relates to the technical field of coal dressing, in particular to a scarce coking coal dense medium washing process for strengthening dissociation and recovery of middling coal. Comprising the steps of fine raw coal separation, fine clean coal medium drainage, fine middling coal medium drainage, fine gangue medium drainage, fine middling coal crushing, fine coal thin medium dehydration, thin medium magnetic separation, coal slime dense medium separation, coarse clean coal medium drainage, coarse middling coal medium drainage, coarse tailing magnetic separation, ore grinding operation, coarse clean coal magnetic separation, fine coal combined medium blending and coal slime mixing and blending. According to the method, the coal slime dense medium system which is completely independent of the slack coal dense medium is utilized, high-precision separation and tailing discarding operation of the coarse coal slime and the crushed slack middling coal are completed, the coarse middling coal is dissociated sufficiently and is not dissociated excessively, the separation precision of the coarse coal slime is high, the technological process is simple, separation is efficient, and economic benefits are remarkable.

The utility model relates to an ore dressing system for complex gold-silver mixed lead-zinc polymetallic ore, which comprises a first-section mill, a discharge port of the first-section mill is connected with a feed port of a spiral classifier, a sand setting ore discharge port of the spiral classifier is connected with the feed port of the first-section mill, and an overflow ore discharge port of the spiral classifier is connected with a feed port of a 1 # stirring barrel; a discharging port of the first stirring barrel is connected with a feeding port of the second stirring barrel, a discharging port of the second stirring barrel is connected with an ore feeding pipe of the first lead roughing machine, a concentrate port of the first lead roughing machine is connected with an ore feeding pipe of the first lead classificator through the first pump pool and the first pump, and the first lead classificator is sequentially connected with the second lead classificator and the third lead classificator. According to the embedded particle size of the lead-zinc ore and the oxidation rate of lead, the mineral separation system with stage grinding and stage lead flotation, reselection and zinc flotation is adopted for separation of complex mixed lead-zinc polymetallic ore containing gold and silver, the practicability is high, the separation and recovery effect is remarkable, and the recovery rate of the mixed lead-zinc ore can be effectively improved.

The invention provides a method for detecting large particles in fine talcum powder, and belongs to the technical field of talcum powder particle size detection.The detection method comprises the following steps that talcum powder is added into an ethanol solution and stirred, and a mixed solution is obtained; a dissociation agent is added into the mixed solution, the dissociation agent is a mixture of a low-foam penetrant, sodium bicarbonate and a synergistic aid, the mixture is heated to 40-45 DEG C and stirred, then the mixture is heated to 60-70 DEG C and stirred, and dispersion liquid is obtained; and preparing a to-be-tested sample from the dispersion liquid, and detecting and analyzing the content of large particles. The detection method provided by the invention focuses on the difficult problem of accurate detection of large particles in the fine talcum powder, can effectively improve the dispersion performance of the talcum powder, and avoids the misjudgment of aggregates on the content of large particles, thereby efficiently and accurately detecting the content of large particles in the fine talcum powder.

This application provides a method for upgrading bauxite after grinding with mother liquor, belonging to the field of mineral processing. The method includes: grinding a mixed slurry of bauxite to be upgraded and circulating mother liquor to obtain an alkaline slurry with fully liberated aluminum and gangue minerals; using the circulating mother liquor as both a separation and auxiliary medium throughout the process, performing mineral processing and upgrading on the alkaline slurry to separate iron and silicon impurities in the circulating mother liquor medium, obtaining a concentrate slurry and a tailings slurry; sending the concentrate slurry to an alumina leaching process; and separating the tailings slurry to obtain circulating mother liquor and tailings byproducts. This application, through systematic process reengineering and closed-loop media design, successfully develops a bauxite pretreatment method that can be deeply coupled and seamlessly integrated with the Bayer process main process, avoiding interference from external media, and achieving efficient impurity removal under fully liberated mineral conditions.

The utility model relates to a gold ore flotation middling regrinding and reselecting treatment system which comprises a classificator III, a scavenging machine I and a scavenging machine II, discharging ports of the classificator III, the scavenging machine I and the scavenging machine II are connected with a feeding port of a slag slurry pool, a discharging port of the slag slurry pool is connected with a feeding port of a hydrocyclone through a slag slurry pump, and a discharging port of the hydrocyclone is connected with a discharging port of a water pump. A sand setting opening of the hydrocyclone is connected with the feeding end of the vertical mill, the discharging end of the vertical mill is connected with a feeding opening of the slurry pool, an overflow opening of the hydrocyclone is connected with a feeding opening of the inclined plate thickener, and a discharging opening of the inclined plate thickener is connected with a feeding opening of the stirring barrel through the conveying pump. A discharging port of the stirring barrel is connected with a feeding port of a middling regrinding roughing machine, and a discharging port of the middling regrinding roughing machine is connected with a middling regrinding scavenging machine. According to the gold ore flotation middling regrinding and reselecting treatment system, through middling regrinding, roughing and scavenging, the problems that gold ore monomers are insufficiently dissolved, and the recovery rate is low are solved.

The invention discloses a method for treating low-grade copper oxide ore, which greatly reduces over-grinding and mudification from the source by adopting conventional crushing-ultra-fine crushing-coarse-grained strong magnetic separation-magnetic separation concentrate regrinding-acid leaching process, realizes strong magnetic separation coarse grain discarding and effective copper enrichment, and at the same time improves the dissociation of coarse-grained intergrowth through regrinding, improves the leaching rate of useful minerals, and reduces sulfuric acid consumption. It provides a new beneficiation and smelting process for the development of copper oxide ore.

The invention discloses a machine-column combined copper-nickel rough concentrate regrinding and sorting method for copper-nickel sulfide ore. The method comprises the following steps that S1, first-stage ore grinding is conducted, specifically, raw ore is subjected to first-stage ore grinding and grading; s2, first-stage roughing, wherein water is added into a raw ore product obtained after first-stage grinding and grading in a stirring tank for size mixing; s3, rough concentrate regrinding is conducted, specifically, concentrate obtained after first-stage roughing is conveyed to a regrinding ball mill grading cyclone to be graded; s4, finely selecting the first four tanks in one section once; s5, performing one-section and one-time fine selection for six grooves; s6, first-stage secondary fine selection; s7, one-stage and one-time fine scavenging; s8, second-stage ore grinding; s9, second-stage roughing is conducted; s10, first four tanks are finely selected for the first time in the second section; s11, carrying out second-section primary fine selection on the rear 6 tanks; s12, carrying out second-stage secondary fine selection; s13, second-stage primary fine scavenging is carried out; s14, second-section primary flotation column fine selection is carried out; s15, two-stage primary scavenging is carried out; s16, second-stage secondary scavenging is carried out; and S17, second-section secondary flotation column fine selection is carried out.

The invention discloses a waste lithium battery recycling and sorting system based on resource cyclic utilization, and relates to the technical field of waste lithium battery recycling, the waste lithium battery recycling and sorting system comprises a base frame, and the top surface of the base frame is provided with an operation unit capable of conducting preliminary sorting after waste batteries are decomposed; the output end of the operation unit is provided with a flotation unit capable of re-sorting the preliminarily sorted materials, and the operation unit comprises a base fixedly mounted on the top surface of the base frame, a material conveying barrel arranged on the top surface of the base and used for separating magnetic materials and non-magnetic materials, and a liquid separation bin arranged at the input end of the material conveying barrel and used for collecting electrolyte; a waste battery to be disassembled is placed on the chain plate type conveying mechanism of the conveying belt bin, the conveying belt bin directionally conveys the battery to the position above the crushing rollers, the battery naturally falls to the top faces of the two sets of crushing rollers which are meshed with each other, and extrusion and shearing composite crushing is achieved through opposite-direction rotation of the crushing rollers; and sufficient dissociation of the waste battery shell and internal components such as metal, electrode materials and diaphragms is ensured.

The utility model relates to the technical field of dissociation kits, and discloses a rotating structure and a dissociation kit thereof, the rotating structure comprises a kit body and a box cover, the kit body comprises an outer box body and an inner box body, one end of the outer box body and one end of the box cover are respectively provided with an opening, and the inner wall of one end, far away from the opening, of the box cover is fixedly connected with an inner cylinder with an annular section; external threads are arranged on the circumferential outer wall of the open end of the outer box body, internal threads are arranged on the circumferential inner wall of the open end of the box cover, the threads of the open end of the outer box body are installed on the circumferential inner side of the open end of the box cover in a matched mode, and the circumferential inner wall of the open end of the outer box body is matched with the circumferential outer wall of the inner cylinder; the box cover is further provided with a dissociation assembly used for tissue dissociation. According to the utility model, the cutting plates which are spirally distributed and obliquely arranged play a role in guiding a cell suspension while cutting a tissue block, so that the cell suspension flows upwards, the sedimentation of a larger cell block is facilitated, and the cell block is fully dissociated.

The application discloses a kind of lead-zinc ore beneficiation method and system in polymetallic ore, it is related to the technical field of beneficiation, including the following steps: S1, crushing;S2, grinding;S3, lead flotation: the ore pulp after grinding is sent to lead flotation tank, flotation reagent includes 25# black medicine, butyl xanthate, foaming agent and zinc inhibitor, using 1 rough 2 sweep 3 precise flotation, and output lead concentrate and lead tailings;S4, zinc flotation: lead tailings are sent to zinc flotation tank, and flotation reagent includes copper sulfate, butyl xanthate and foaming agent, using 1 rough 2 sweep 3 precise flotation, and output zinc concentrate and zinc tailings;S5, tailings, wastewater treatment: the fluorite tailings produced by flotation are subjected to solid-liquid separation, and the liquid phase is sent to a sewage treatment station for treatment, and the treated water is recycled to the beneficiation section;Solid phase is sent to mine for filling treatment or used as building material, solve the problem that there is no efficient, environmentally friendly, economic lead-zinc ore comprehensive recovery beneficiation process suitable for the ore properties in Sichuan Mabian area in the prior art.

The present invention discloses a lysis knife and a lysis assembly, wherein the lysis knife comprises a mounting post and a tool structure, wherein the mounting post is used for being rotatably mounted in a dissociation cylinder, and the tool structure comprises a first blade fixed to the outer side surface of the mounting post, and the first blade is arranged in an up-down spiral. By driving the mounting post to rotate, the first blade is driven to rotate synchronously, so that the lysis knife rotates at a high speed in the dissociation cylinder, and since the shape of the first blade is arranged in an up-down spiral, during the forward or reverse rotation of the mounting post, the tissue block to be lysed can be squeezed downward and lifted upward, and by repeating the forward and reverse rotation actions, the tissue block can be fully lysed, which is convenient for the full dissociation of the tissue block.

The invention relates to the technical field of recycling treatment equipment, and discloses dangerous solid waste recycling pretreatment equipment which comprises a front-end treatment box which serves as one of basic components of the whole device and is used for assembling and bearing a feeding treatment mechanism, a negative-pressure infiltration mechanism and lower structural components of the feeding treatment mechanism and the negative-pressure infiltration mechanism. And the rear-end treatment box serves as one of basic components of the whole device and is used for assembling and bearing the multiple crushing mechanisms, the grinding and grading mechanisms and lower structural components of the multiple crushing mechanisms and the grinding and grading mechanisms. A building containing asbestos fibers is placed in a negative pressure environment through a negative pressure infiltration mechanism, diluted hydrochloric acid is used for spraying the building waste, firstly, the building waste containing the asbestos fibers is placed in the negative pressure environment, and when the diluted hydrochloric acid is used for spraying, the diluted hydrochloric acid can be rapidly immersed into the waste under the negative pressure effect; advantageous conditions are created for follow-up crushing treatment, the treatment efficiency is effectively improved, and the diluted hydrochloric acid can promote asbestos fibers to agglomerate and prevent the asbestos fibers from drifting to the surrounding environment.