198results about How to "Increase dissociation" patented technology

A plasma reactor includes a toroidal plasma source having an RF power applicator, and RF generator being coupled to the RF power applicator. The reactor further includes a capacitively coupled plasma source power applicator or electrode at the ceiling or the workpiece support, a VHF power generator being coupled to the capacitively coupled source power applicator, a plasma bias power applicator or electrode in the workpiece support and an RF bias power generator coupled to the plasma bias power applicator. A controller adjusts the relative amounts of power simultaneously coupled to plasma in the chamber and conduit by the toroidal plasma source and by the capacitively coupled plasma source power applicator.

The invention discloses random copolymerization single-ion polymer electrolyte or block copolymerization single-ion polymer electrolyte which is obtained through copolymerization between a (p-vinyl phenylsulfonyl) (perfluoroalkyl sulfonyl) lithium imide monomer and a methoxyl polyethylene glycol acrylate monomer, and a preparation method of the electrolyte. The polymer single-ion electrolyte prepared by the method disclosed by the invention has the advantages of high room-temperature conductivity, high lithium ion transference number, low glass state temperature and degree of crystallinity, good mechanical strength and film-forming properties, wide electrochemical window, good thermal stability and the like, and has potential application values in the aspects of lithium (ion) batteries, carbon-based super-capacitors, solar batteries and the like.

The invention belongs to a coal washing method and discloses a gravity separation middling coal separation technology. Gravity separation middling coal is fed into rough grinding equipment. Products obtained after rough grinding is fed into screening equipment for primary classifying, and primary plus-sieve products and primary minus-sieve products are obtained. The primary plus-sieve products are fed into a dense medium cyclone for separation. The primary minus-sieve products are fed into separation equipment for secondary classification, and secondary plus-sieve products and secondary minus-sieve products are obtained. The secondary plus-sieve products are fed into fine grinding equipment for fine grinding. Products obtained after fine grinding and the secondary minus-sieve products are fed into size mixing equipment together for completing flotation. Two-time ore grinding, gravity separation and floatation combination and classifying separation are combined to separate gravity separation middling coal, under the premise that the middling coal dissociation degree is improved, the phenomena of over crushing are reduced, equipment separation efficiency is obviously improved, clean coal in the middling coal is recycled to the maximum degree, the coal preparation plant clean coal productivity is increased, and enterprise economical benefit is improved.

This invention relates to lithium ion battery electrolyte with high times and discloses the main components as following: vinylene carbonate for 10 to 30 percentage; propylene carbonate for 4 to 20 percentage; dimethyl carbonate for 35 to 50 percentage; methyl carbonate for 10 t0 20 percentage; lithium salt for 12.5 to 16 percentage and B(OR)<3> with R representing carbon atoms less than 4 or crown ether of one or more function addictives for 0.1 to 5.0 percentage.

A high frequency plasma source includes a support element, on which a magnetic field coil arrangement, a gas distribution system and a unit for extraction of a plasma beam are arranged. Additionally a high frequency matching network is arranged within the plasma source.

This invention relates to a non-aqueous electrolyte for a battery capable of simultaneously establishing a high flame retardance and excellent battery performances, and more particularly to a non-aqueous electrolyte for a battery comprising a non-aqueous solvent and a support salt, characterized in that the non-aqueous electrolyte for the battery further contains a fluorophosphate compound represented by the following general formula (I):

[wherein R¹s are independently fluorine, an alkoxy group or an aryloxy group and at least one of two R¹s is the alkoxy group or the aryloxy group, provided that two R¹s may be bonded with each other to form a ring].

The invention belongs to the technical field of polymer electrolytes, and particularly relates to a boron-containing gel polymer electrolyte and a preparation method and application thereof. The gel polymer electrolyte is prepared from lithium salt, an organic solvent, a photoinitiator, boron-containing heterocyclic photosensitive monomers and acrylate monomers in a copolymerization mode. The preparation method of the gel polymer electrolyte includes the steps that a compound containing boric acid groups and an alkene compound with a diol structure are esterified to obtain boron-containing heterocyclic alkene monomers, and the boron-containing heterocyclic alkene monomers, the acrylate monomers, the photoinitiator, the lithium salt and the organic solvent are uniformly dispersed; a mould containing the mixed solution is irradiated by an LED lamp for surface photo-initiated polymerization, and the boron-containing gel polymer electrolyte is obtained. The boron-containing gel polymer electrolyte has high ionic conductivity and a high cationic transference number, effectively solves the problems of liquid leakage, corrosion, poor mechanical performance and the like of a liquid electrolyte in traditional lithium-ion batteries and can be applied to preparation of supercapacitors, lithium-ion batteries, hybrid supercapacitors and the like.

This invention discloses a process for preparing a mixed electrolyzed water consisting of a cathodic and an anodic electrolyzed waters comprising the step of electrolyzing an aqueous solution of an organic electrolyte containing a water-soluble inorganic salt in less than 0.1 mM and an organic electrolyte in 1 to 50 mM which is fed into a non-diaphragm electrolytic bath comprising at least a pair of inactive electrodes separated from each other by an inter-electrode distance of 2 mm or less, wherein the aqueous solution of an organic electrolyte with pH equal to that of the mixed electrolyzed water prepared by electrolysis is neutralized with a titration volume less than that for the raw aqueous solution in neutralization titration with an aqueous solution of sodium hydroxide or has a higher dismutation activity to superoxide radical per mole than the raw aqueous solution.

The invention discloses a microwave processing device for the dump leaching uranium ores. The device uses microwave to carry out irradiation to dump leaching uranium ores, due to the fact that differences exist among the microwave temperature rising effects of different minerals inside the uranium ore particles, heat stress differences are generated among the different minerals inside the uranium ore particles, the grain boundaries of the different minerals inside uranium ore particles break and the cracks inside the particles extend, therefore the poriness of the uranium ore particles is increased, the permeability of the inner portions of the uranium ore particles is improved, the dissociation degree of the uranium ores is improved, the leaching efficiency of the dump leaching of the uranium ores is improved, and a leaching period is shortened. The whole equipment comprises 16 microwave units, a material conveying system, a support, a temperature detecting and controlling system and a microwave suppressor. When the microwave processing device for the dump leaching uranium ores is used to process the dump leaching uranium ores, the microwave processing device has the advantages of being good in the matching of microwave power and the uranium ores, low in processing energy consumption, large in processing quantity, stable in material conveying, and small in microwave leakage, the poriness of the uranium ores and the dissociation degree of the uranium ores are further improved, the leaching efficiency is further improved, and the leaching period is further shortened and the like. The microwave processing device for the dump leaching uranium ores is also suitable for the processing of dump leaching gold ores, dump leaching copper ores and other dump leaching ores, and has obvious effect in increasing poriness of ore particles, improving the permeability of the inner portion of the ore particles, improving the dissociation degree of useful ores, improving leaching efficiency, and shortening leaching efficiency.

A microwave-fluid bed roasting method for intensifying separation of complex refractory iron ore comprises the following steps of (1) fine grinding the complex refractory iron ore to obtain iron ore powder, then putting the iron ore powder on a quartz mesh in a reaction chamber, and plugging into a thermocouple; (2) introducing protective gas into the reaction chamber to make the iron ore powder be in a fluidized state; (3) generating a microwave by a magnetron of a microwave cavity outside the reaction chamber to heat the iron ore powder; (4) when the temperature of the iron ore powder risesto reaction temperature, introducing reducing gas to make the iron ore powder have a microwave-fluid bed roasting reaction; and (5) cooling to normal temperature after the reaction is ended, taking out microwave roasted ore, and performing low intensity magnetic separation after ore grinding. According to the method disclosed by the invention, through the specific selective heating advantage of the microwave, single separation degree and grindability of the ore are obviously improved, and resource recovery and efficient development and utilization of the complex refractory iron ore are realized.

The invention relates to a technological method for improving the quality of vanadium-titanium iron concentrates. Various techniques are integrated. The technological method includes preliminary classification, fine screening classification, three-section ore grinding, concentration magnetic separation and stair magnetic separation. In preliminary classification, a qualified fraction part good indissociation in rough iron concentrates can be effectively classified out, the treatment capability of a mill is improved, and energy consumption of the product is lowered. In fine screening classification, a fine screening closed loop is adopted for cyclic ore grinding, compared with common rotational flow classification, classification is conducted strictly according to the particle size, meanwhile, the classification efficiency reaches up to 70% or higher, the qualified fraction is better classified out in time, excessive grinding is reduced, and cyclic loads are reduced. In concentration magnetic separation, concentration magnetic section is adopted before ore grinding, part of weak magnetic titanium ore and gangue can be removed out, excessive grinding of the titanium ore is reduced,and the titanium iron ore recycling rate is increased; and meanwhile, the ground ore grade is improved, the yield is increased, and the product cost is reduced. In stair magnetic separation, iron andtitanium separation is well achieved, and the iron concentrate grade is improved step by step.

Provided is an aqueous solution in which hydrogen dissolved therein has a long life duration at low cost. Specifically disclosed is an aqueous solution having hydrogen dissolved therein at a concentration of not less than 0.01 ppm and not higher than the saturated concentration, wherein the aqueous solution contains a substance having a reducing aldehyde group and/or a glycoside hydroxyl group in an amount of 10 to 300000 ppm.

The present disclosure provides variant Pol6 polymerase polypeptides, compositions comprising the Pol6 variant polypeptides, and methods for using the variant Pol6 polypeptides for determining the sequencing of nucleic acids, for example, by nanopore sequencing. The variant Pol6 polymerases possess decreased rates of dissociation of template from the polymerase-template complex, which result in increased processivity relative to the parental Pol6 polypeptides from which they are derived.

This invention presents innovative and off the beaten path methods to mainly produce suitable saline streams for oil-fields water injection operations. The production of such suitable saline streams can: (1) be achieved economically; and (2) meet the actual stringent requirements for injection operations to steadily enhance oil production from depleted and plugged wells.

Silicon-oxygen batteries comprising a silicon anode as chemical fuel, an air-cathode for dissociating oxygen and a non-aqueous electrolyte, and applications using the same are provided. The silicon-batteries may utilize air for generating oxygen.

The invention relates to a device for crushing and grinding uranium ores through assistance of 915MHz pulse microwave irradiation and a control method. The device comprises five main parts of: a 915MHz microwave source generator, a microwave circulator, a water load, wave guide tubes and a microwave resonant heating cavity. After the uranium ores are irradiated by high-power pulse microwave emitted by the device, the mechanical strength of the uranium ores is reduced, the dissociation degree of the uranium ores is increased, and the crushing and the grinding of the uranium ores and the leaching of uranium minerals are facilitated. Compared with traditional continuous microwave irradiation, the pulse microwave irradiation is lower in consumption and better in assistance of the crushing and grinding effect, and can effectively prevent high-temperature sintering.

The invention discloses an improved hydrotreatment and catalytic cracking combination method for hydrocarbon oil, which comprises the following steps that: under reaction conditions of the presence of hydrogen and the hydrotreatment, the contact reaction of residual oil, catalytic cracking cycle oil, optional distillate oil and a hydrotreating catalyst is performed, and gas, hydrogenerated naphtha, hydrogenerated diesel oil and hydrogenerated tail oil are obtained after a reaction product is separated; under catalytic cracking reaction conditions, the contact reaction of the optional conventional catalytic cracking raw oil, the hydrogenerated tail oil and a catalytic cracking catalyst is performed, and dry gas, liquefied gas, catalytic cracking gasoline, catalytic cracking diesel oil and catalytic cracking cycle oil are obtained after a reaction product is separated; and the conventional catalytic cracking raw oil is light or heavy distillate oil, and the contact reaction with the catalytic cracking catalyst is that the heavy raw oil and light raw oil are optionally and orderly performed along with the hydrogenerated tail oil in a reactor comprising at least two reaction regions (I and II) along the flowing direction of reaction materials respectively. The method is suitable for hydrocarbon oil conversion to produce more gasoline and diesel oil.

The invention discloses an online ore granularity detection device based on a map image algorithm analysis technology. The online ore granularity detection device is characterized by comprising an oregranularity analyzer and an industrial personal computer, The ore particle size analyzer is connected with the industrial personal computer through a special local area network; The industrial personal computer is connected into the Internet, and a plurality of clients are further connected into the local area network. The ore particle size analyzer is mounted above the ore conveying belt and isused for photographing ores on the conveying belt and continuously collecting ore particle size images on the conveying belt in real time; An ore particle size analysis system is installed in the industrial personal computer and comprises an image preprocessing module, an image segmentation module and an ore particle size calibration and analysis module. According to the method, conveyor belt oreimages are collected online, multi-stage image algorithm processing is carried out, the ore granularity is continuously analyzed online in a high-precision and real-time mode, analysis results are automatically counted and output, the ore dissociation degree is improved in cooperation with optimization of the ore dressing technological process, and the production efficiency is improved.

The invention discloses a fine ferric oxide desulfurizing agent and a preparation method and an application method thereof. The fine ferric oxide desulfurizing agent is prepared from ferrous sulfate septihydrate, calcium hydroxide, copper sulfate pentahydrate, sodium hydroxide, bentonite and sodium carboxymethylcellulose through mixing, strip extrusion and drying, and comprises, by mass, 57%-68% of ferrous sulfate septihydrate, 18%-25% of calcium hydroxide, 3%-8% of copper sulfate pentahydrate, 6.5%-18% of sodium hydroxide, 3%-10% of bentonite and 1%-3% of sodium carboxymethylcellulose. The fine ferric oxide desulfurizing agent is applied to removal of natural gas, coke-oven gas, oil field gas, synthesis gas, methane, carbon dioxide and organic sulfur such as H2S, COS and mercaptan in liquid hydrocarbon feed gas under the normal-temperature anaerobic condition and is high in desulfurization precision and sulfur capacity. The environment-friendly fine ferric oxide desulfurizing agent is prepared without washing and filtering, and the preparation method has the advantages of simple production technology, low equipment investment and maintenance cost and suitability for large-scale industrial production.