43results about How to "Moderate solid content" patented technology

The invention discloses a preparation method of yttrium oxide-stabilized zirconia pelletized powder. The method comprises the following steps: mixing yttrium oxide-stabilized zirconia powder, deionized water and a dispersing agent in a mass ratio 1:(1-1.5):(0.001-0.015), and performing ball milling on the mixture to obtain a sizing agent; adding a bonding agent into the sizing agent, and stirringthe mixture for 3-6 hours; and pelletizing the stirred sizing agent to obtain the yttrium oxide-stabilized zirconia pelletized powder. According to the preparation method of the yttrium oxide-stabilized zirconia pelletized powder, the ratio of the yttrium oxide-stabilized zirconia powder to the deionized water to the dispersing agent is adjusted appropriately, so that the sizing agent obtained bymeans of ball milling has appropriate solid content; and meanwhile, after the bonding agent is added and stirring is performed, the fluidity and viscosity of the sizing agent are moderate, so that the sizing agent is prevented from being stuck to a feeding tube in a pelletizing feeding process and can be effectively used for pelletizing, and the yield of the pelletized powder is over 94 percent.

The invention provides a method and a device for recovering efficient high-boiling substance from organic silicon residue slurry. The method mainly comprises the following steps: discharging residue slurry from a reboiler of an organic silicon monomer synthesis washing tower into a distillation still; utilizing waste heat to evaporate high-boiling residues in the residue slurry; carrying out rectification in a packing tower; collecting the recificated product; conveying the collected product into a high-boiling lysis device; cooling down residual slug; discharging the cooled residual slug. The invention has the advantages that the waste heat of the monomer synthesis system is sufficiently utilized, and the temperature of the distillation still and the evaporation rate of the high-boiling residue are controlled, part of high-boiling residue of high lysis value is selectively recovered. Practices show that the lysis rate of the high-boiling residue treated according to the method reaches 80 percent or higher in lysis rate, the solid content of discharged residue is improved by 15 to 25 percent, the utilization value of the high-boiling residue is greatly improved, and the residue slug treatment cost is reduced.

The invention discloses a method for preparing synthesis gas from an organic dissolvant and a biomass residue, wherein the method comprises the steps of pretreatment, slurry preparation, gasification and the like. The characteristics of high calorific value and organic matter cosolvency of the abandoned organic dissolvant and low mineral content, low ash fusion point and rich C and H elements of the biomass residue are fully used, and the waste harmless treatment and resource transfer application are realized. The calorific value of the prepared slurry is 10%-70% higher than that of 60% water coal slurry having the same mass as the slurry, and the method can be used in preparation of the synthesis gas with CO and H2 as main components through a wet entrained-flow bed gasification process.

The invention relates to the technical field of Chinese medicine preparations, and in particular relates to an astragalus wall-broken preparation. The astragalus wall-broken preparation is prepared as follows: crushing astragalus into super-fine powder, then granulating by use of an ethanol-water wet method, extruding for forming at a certain rotating speed and drying, and the prepared astragalus wall-broken preparation is high in bioavailability, strong in stability, and good in disintegration.

The invention discloses a positive electrode of a lithium-ion solid-state battery, a preparation process thereof, and a lithium-ion solid-state battery. The preparation process of the lithium-ion solid-state battery positive electrode of the present invention comprises the following steps: S1. coating a positive electrode active material layer on the surface of the positive electrode current collector, and drying; S2. coating a solid electrolyte coating on the surface of the positive electrode active material layer Slurry, the solid electrolyte coating slurry includes a substance that is solid at normal temperature and forms a gas at 60-200°C; S3. heating and drying at 60-200°C to obtain the solid electrolyte coating; While heating, pressure is applied to the surface of the positive electrode current collector forming the solid electrolyte coating for compaction, so as to obtain the positive electrode of the lithium ion solid state battery. The solid content of the solid electrolyte coating of the positive electrode of the lithium-ion solid-state battery is moderate, and the solid-state electrolyte coating has good stability and uniformity, so that the prepared lithium-ion solid-state battery has a good capacity retention rate.

The invention discloses a lithium ion solid-state battery positive electrode, a preparation process thereof and a lithium ion solid-state battery. The preparation process of the positive electrode ofthe lithium ion solid-state battery comprises the following steps S1, coating the surface of a positive electrode current collector with a positive electrode active substance layer, and carrying out drying; s2, coating the surface of the positive electrode active material layer with solid electrolyte coating slurry, wherein the solid electrolyte coating slurry comprises a substance which is in a solid state at normal temperature and forms gas at 60-200 DEG C; s3, carrying out heating and drying under the condition of 60-200 DEG C to obtain the solid electrolyte coating, and while heating, applying pressure to the surface of the positive electrode current collector on which the solid electrolyte coating is formed, and compacting to obtain the positive electrode of the lithium ion solid-state battery. The solid electrolyte coating of the positive electrode of the lithium ion solid-state battery is moderate in solid content and has good stability and uniformity, so that the prepared lithium ion solid-state battery has a good capacity retention ratio.

The invention relates to a Chinese medicine preparation, and in particular relates to a beautiful millettia root wall-broken preparation. The beautiful millettia root wall-broken preparation is prepared as follows: crushing beautiful millettia root into wall-broken powder, then on the basis of quality control of an ethanol solution and the wall-broken powder, granulating by use of an ethanol-water wet method, extruding for forming at a certain rotating speed and drying, the method is high in granulation rate, and the prepared beautiful millettia root wall-broken preparation is high in bioavailability, strong in stability, and good in disintegration.

The invention relates to the technical field of Chinese herbal preparations, specifically to a wall-broken epimedium preparation. A preparation method for the wall-broken epimedium preparation comprises the following steps: crushing epimedium into wall-broken powder; then carrying out ethanol-water wet granulation by controlling the mass of an ethanol solution and the wall-broken powder; carrying out extrusion forming at a certain rotating speed; and then carrying out drying. The preparation method has a high granulation rate; and the prepared wall-broken epimedium preparation has high bioavailability, good stability and good disintegration performance.

The invention relates to a Chinese medicine preparation, and in particular relates to an American ginseng wall-broken preparation. The American ginseng wall-broken preparation is prepared as follows: crushing American ginseng into wall-broken powder, then on the basis of quality control of an ethanol solution and the wall-broken powder, granulating by use of an ethanol-water wet method, extruding for forming at a certain rotating speed and drying, the method is high in granulation rate, and the prepared American ginseng wall-broken preparation is high in bioavailability, strong in stability, and good in disintegration.

The invention discloses a preparation method of a high temperature stable monolithic three-way catalyst for purifying tail gas of an automobile, comprising the steps of preparing a coating slurry including active components of a catalyst, cocatalyst, oxygen storage material and active alumina, etc. and coating the slurry on a cordierite honeycomb ceramic carrier. The method is characterized by adding proper amounts of composite surfactant (Tween-80, Span-20 and polyethylene glycol-200) in the preparation of the coating slurry, so that the performance of the slurry and the whole coating process are obviously improved. The monolithic three-way catalyst prepared by the invention has excellent activity and stability after aging at high temperature (e.g.1000 DEG C), and the process is simple, the preparation cost of the invention is lower than that of the prior art, and the invention is very suitable for industrial production.

The invention relates to the technical field of Chinese herbal preparations, specifically to a wall-broken red sage root preparation. The wall-broken red sage root preparation is prepared by crushing red sage root into wall-broken powder, then carrying out ethanol-water wet granulation, carrying out extrusion forming at a certain rotating speed and then carrying out drying. The prepared wall-broken red sage root preparation has high bioavailability, good stability and good disintegration performance.

The invention discloses a milk baijiu with nutritional ingredients easy to absorb and a preparation method of the milk baijiu. The preparation method comprises the following steps that S1, glutinous rice is cleaned, then the glutinous rice is cooked, and the cooked glutinous rice is sprinkled for cooling; S2, after the temperature of the steamed glutinous rice is reduced to a set temperature, fresh and qualified raw milk is selected, and the steamed glutinous rice and the fresh and qualified raw milk are uniformly mixed according to a certain mass ratio to obtain a mixed raw material; and S3, distiller's yeast is added into the mixed raw material for being uniformly stirred, then a nest is built, then heat-preservation fermentation is carried out, and the milk baijiu is obtained. The milk baijiu product prepared by the preparation method is mellow, sweet and tasty, has rich rice wine fragrance, complete rice grains and moderate solid content, and has rich milk fragrance and unique fragrance of rice wine; the milk baijiu is mellow and soft in mouth feel, harmonious in wine taste and milk taste, unique in style and excellent in mouth feel; and meanwhile, nutrient substances are converted into small molecular substances which are easily absorbed by human bodies, and the alcoholic strength is low, so that the milk baijiu is more suitable for most people to eat, and the market potential is increased.

The invention discloses a lithium ion solid-state battery positive electrode and a preparation process thereof, and a lithium ion solid-state battery. The lithium ion solid-state battery positive electrode comprises a positive electrode active material layer, wherein the surface of the positive electrode active material layer is coated with a solid electrolyte coating, the preparation raw materials of the solid electrolyte coating comprise lithium bicarbonate, the mass of the lithium bicarbonate accounts for 35-45wt% of the total mass of the formula system of the solid electrolyte coating, thethickness of the solid electrolyte coating is 5-30 [mu]m, a sulfide layer is further arranged between the solid electrolyte coating and the positive electrode active material layer, the thickness ofthe sulfide layer is 0.1-3 [mu]m, the preparation raw materials of the sulfide layer comprise sulfide, and the mass of the sulfide accounts for 85-99wt% of the mass of the sulfide layer. The solid-state electrolyte coating of the positive electrode of the lithium ion solid-state battery is moderate in solid content and has good stability and uniformity.

The invention provides an amino acid shampoo composition, amino acid shampoo and a preparation method of the amino acid shampoo. The amino acid shampoo composition comprises the following components in parts by mass of 15-34 parts of an amino acid surfactant; 0.8-6 part of a non-ionic surfactant; 10-35 parts of a zwitterionic surfactant; 0.1-0.8 part of a cationic polymer; 0.3-0.9 part of a conditioning agent; and 0.1-0.5 part of an anti-dandruff agent, wherein the non-ionic surfactant is selected from at least one of cocamidopropyl MEA, cocamidopropyl DEA and decyl glucoside. According to theamino acid shampoo composition, the amino acid shampoo components are healthy, soft and non-irritant, thickening can be effectively achieved, and rich foam is generated.

The invention provides freeze-thaw-resistant waterborne epoxy mortar and a preparation method thereof. The freeze-thaw-resistant waterborne epoxy mortar comprises 10 parts of epoxy resin, and every 10parts of epoxy resin correspondingly comprises 10-20 parts of waterborne curing agent, 0.1-3.0 parts of diluent, 0.1-0.5 part of defoaming agent, 0.1-1 part of accelerant, 20-300 parts of quartz sand, 1-30 parts of silica fume and 1-20 parts of water. The freeze-thaw-resistant waterborne epoxy mortar and the preparation method thereof have the advantages that compared with oily epoxy mortar and waterborne emulsion epoxy mortar, the waterborne epoxy mortar is moderate in solid content, high in curing rate, good in anti-vibration performance and very suitable for repair of high-speed rail baseplates; besides, compared with non-round-grain quartz sand, the adopted round-grain quartz sand has a smaller specific surface area and better workability.

The invention relates to the technical field of Chinese herbal preparations, specifically to a wall-broken red sage root preparation. The wall-broken red sage root preparation is prepared by crushing red sage root into wall-broken powder, then carrying out ethanol-water wet granulation, carrying out extrusion forming at a certain rotating speed and then carrying out drying. The prepared wall-broken red sage root preparation has high bioavailability, good stability and good disintegration performance.

The invention relates to a traditional Chinese medicine preparation, in particular to a Tianshan snow lotus wall-breaking preparation. The invention crushes Snow Lotus of Tianshan Mountains into broken-wall powder, controls the quality of ethanol solution and broken-wall powder, carries out ethanol-water wet granulation, and extrudes at a certain speed, and dries, and the granulation rate of this method is high , the thus obtained Tianshan Saussurea sinensis wall-broken preparation has high bioavailability, and the preparation has strong stability and good disintegration.

The invention relates to a traditional Chinese medicine preparation, in particular to a Cistanche wall-breaking preparation. The invention grinds Cistanche deserticola into ultra-fine powder, further granulates through ethanol-water wet method, extrudes at a certain speed, and dries. Moreover, the preparation has strong stability and good disintegration.

The invention relates to the technical field of Chinese herbal preparations, specifically to a wall-broken Lamiophlomis rotata preparation. The wall-broken Lamiophlomis rotata preparation is prepared by crushing Lamiophlomis rotata into ultrafine powder, then carrying out ethanol-water wet granulation, carrying out extrusion forming at a certain rotating speed and then carrying out drying. The prepared wall-broken Lamiophlomis rotata preparation has high bioavailability, good stability and good disintegration performance.

The invention relates to a method for realizing different post-press processing effects on the surface of printed matter by using a variable data ink-jet printing method. The method of the present invention includes the following steps: 1) printing synergistic ink on surface A to form synergistic graphics; 2) drying the synergistic graphics; Pressing to form a complex; 4) UV curing the complex; 5) separating the complex. The method of the present invention is easy to operate, environmentally friendly and safe, and the process is simple. It is also suitable for absorbing or non-absorbing substrates, and can meet the needs of hot stamping on the surface of printed matter, local UV glazing, 3D grating, laser, embossment, shiny particle decoration, etc. Post-press digital enhancement needs.

The invention relates to the technical field of Chinese herbal preparations, specifically to a wall-broken epimedium preparation. A preparation method for the wall-broken epimedium preparation comprises the following steps: crushing epimedium into wall-broken powder; then carrying out ethanol-water wet granulation by controlling the mass of an ethanol solution and the wall-broken powder; carrying out extrusion forming at a certain rotating speed; and then carrying out drying. The preparation method has a high granulation rate; and the prepared wall-broken epimedium preparation has high bioavailability, good stability and good disintegration performance.

The invention belongs to the technical field of polyurethane adhesives, and discloses an oily polyurethane adhesive and a preparation method thereof. The oily polyurethane adhesive disclosed by the invention is prepared from polyester polyol, neopentyl glycol, hexamethylene diisocyanate, an organic tin catalyst and an organic solvent. On the premise of ensuring the viscosity of the adhesive, the oily polyurethane adhesive disclosed by the invention has the advantages of excellent stripping resistance, low temperature resistance and bending resistance, no yellowing phenomenon and stable long-term storage performance; and the solid content is moderate, and the adhesive has the advantages of favorable workability and low cost, and is suitable for the fields of shoemaking, packaging, automobile adhesives and the like.

The invention relates to a traditional Chinese medicine preparation, in particular to a wall-breaking preparation of Astragalus membranaceus. According to the invention, astragalus is crushed into ultra-fine powder, further granulated by ethanol-water wet method, extruded and dried at a certain speed, and the prepared astragalus wall-broken preparation has high bioavailability, Moreover, the preparation has strong stability and good disintegration.

The invention relates to the technical field of Chinese herbal preparations, specifically to a wall-broken Chinese yew preparation. A preparation method for the wall-broken Chinese yew preparation comprises the following steps: crushing Chinese yew into wall-broken powder; then carrying out ethanol-water wet granulation by controlling the mass of an ethanol solution and the wall-broken powder; carrying out extrusion forming at a certain rotating speed; and then carrying out drying. The preparation method has a high granulation rate; and the prepared wall-broken Chinese yew preparation has high bioavailability, good stability and good disintegration performance.

The invention relates to the technical field of Chinese herbal preparations, specifically to a wall-broken Erigeron breviscapus preparation. A preparation method for the wall-broken Erigeron breviscapus preparation comprises the following steps: crushing Erigeron breviscapus into wall-broken powder; then carrying out ethanol-water wet granulation by controlling the mass of an ethanol solution and the wall-broken powder; carrying out extrusion forming at a certain rotating speed; and then carrying out drying. The preparation method has a high granulation rate; and the prepared wall-broken Erigeron breviscapus preparation has high bioavailability, good stability and good disintegration performance.

The invention relates to the technical field of Chinese herbal preparations, specifically to a wall-broken pseudo-ginseng preparation. The wall-broken pseudo-ginseng preparation is prepared by crushing pseudo-ginseng into ultrafine powder, then carrying out ethanol-water wet granulation, carrying out extrusion forming at a certain rotating speed and then carrying out drying. The prepared wall-broken pseudo-ginseng preparation has high bioavailability, good stability and good disintegration performance.

The invention provides polyimide paint for low-viscosity enamelled wires. The polyimide paint for the low-viscosity enamelled wires is obtained through polymerization of 5, 10, 15, 20-4(4- aminobenzene)-21H, 23H-porphyrin, diamine monomers and dianhydride monomers. The invention further provides a preparation method and application of the polyimide paint. The preparation method is simple; when the solid content of obtained paint liquid reaches 15%, the paint liquid has low apparent viscosity and high storage stability, paint films have high tensile strength and high temperature resistance, the breakdown voltage and the cut-through temperature exceed national standards of 240-level aromatic polyimide enamelled wires, and production requirements of high-temperature-resistant polyimide enamelled wires can be met.

The invention relates to the technical field of Chinese medicine preparations, and in particular relates to an angelica wall-broken preparation. The angelica wall-broken preparation is prepared as follows: crushing angelica into broken powder, then granulating by use of an ethanol-water wet method, extruding for forming at a certain speed and drying, and the prepared angelica wall-broken preparation is high in bioavailability, strong in stability, and good in disintegration.

The invention provides a manufacturing method for manufacturing a glass fiber net cover by using environment-friendly phenolic resin. The environment-friendly phenolic resin is prepared from the following raw materials in percentage by mass: 38-48% of phenol; 43-57% of a formaldehyde aqueous solution; 1-10% of water; and 1-7% of a basic catalyst. The preparation method comprises the following steps of: mixing the phenol and formaldehyde aqueous solution in the corresponding percentages by mass, and stirring an obtained mixture for 5-20 minutes at 20-40 DEG C; adding the water and the basic catalyst in the corresponding percentages by mass, heating an obtained mixture to 70-90 DEG C to react for 60-140 minutes; and keeping temperature at 70-90 DEG C, adjusting viscosity to be 60-140 cp.s, performing cooling and discharging so as to obtain the environment-friendly phenolic resin. The environment-friendly phenolic resin is compounded into dipping glue for manufacturing the net cover. Thepreparation method of the environment-friendly phenolic resin is mild in condition and free of pollution. The environment-friendly phenolic resin can be used for producing the net cover without beingdiluted, curing temperature and time are reduced, the volatilization of organic matters is reduced, and production cost is reduced.