82results about How to "Strong ability to form" patented technology

The invention discloses a medicinal in situ forming eye gel preparation, and belongs to the field of pharmacy. Active ingredients of the preparation come from bulk medicaments of the medicament, gel base materials of the preparation mainly comprise Gellan gum which is 0.4 to 0.7 percent of the weight of a finished product. The technical proposal overcomes the defects of low bioavailability, inconvenient use, short detention time and the like of the prior eye preparation, and achieves the effects of reducing applied dosage, prolonging the detention time in the eyes, convenient use, accurate applied dosage and the like.

The invention relates to the technical field of civil engineering construction, in particular to a construction method of an ultra-deep underground diaphragm wall in a water-rich soft-soil area. The construction method comprises the following steps: making an analysis and research on the stability of trench walls of the underground diaphragm wall and doing relevant preparations, preparing wall protecting slurry, building a guide wall, performing trenching construction, wall cleaning and sediment removal, manufacturing and hoisting reinforcing cages, backfilling joints between trench sections, and pouring wall concrete. According to the construction method, through a stability analysis method that introduces strength reduction, the security coefficients of stability of the trench walls are calculated based on a finite difference method; through parameter-reduction circular calculations, not only the limit stress and large deformation state of the trench walls but also the stability coefficients of the trench walls are obtained, which has practice guiding significance in construction; and the results are simple and practical and conform to the habits in the engineering field, and the stability requirements of the trench walls are effectively guaranteed, so that the engineering construction can be completed safely and fast with high quality.

The invention discloses a maize noodle production method in an enzyme method, and belongs to the food biotechnology processing field. The technical proposal comprises that maize starch is added into amylase buffer solution, and the amount of the amylase is 800 to 2000 units / g starch, the oscillation treatment is adopted, after the treatment, water is added to remove the residual enzyme activity, and the water is added until the moisture content is about 55 to 70 percent, and is then placed on a conveyor belt to form a slurry layer with the thickness about 1.5 to 2.5 mm, finally the fresh maize noodle product can be obtained cooling, cutting or silk extruding packaging the steamed pasty; if the dry product is required, the drying process of the noodle is connected. The invention adopts the biotechnology, the shaping is completed by heating with one step, the operation is simple, the production cost is low, the controlling is easy, and the equipment requirement is low. Chemical additive is not used in the product, thereby being more acceptable for consumers. The produced pasty has smooth taste, soft glutinousness and good flexibility, improved boiling fastness, as well as more transparent appearance.

The invention provides a method for degrading pigment wastewater by utilizing iron-based amorphous alloy activated persulfate, and relates to a method for treating wastewater. The method comprises the following steps: firstly, preparing a Fe78Si9B13 amorphous alloy powder suspension, selecting iron-based amorphous alloy as Fe78Si9B13 amorphous powder which is prepared from the ingredients in atomic percentage: 78 percent of Fe, 9 percent of Si and 13 percent of B; then, mixing the Fe78Si9B13 amorphous alloy powder suspension with a sodium persulfate solution to form a mixed solution; and finally adding the mixed solution into dyeing wastewater, and performing oxidative degradation on the dyeing wastewater by utilizing sulfate radicals generated by activation of the mixed solution. The method is simple in process and convenient to operate, and the catalyst iron-based amorphous alloy is easy to prepare and is easy to recycle and reuse.

The invention discloses a preparation method for a metal-doped modified turbine blade laser cladding surface coating layer. The preparation method comprises the following steps of performing cleaningpretreatment on a 17-4PH stainless steel blade matrix material; doping Mo powder into 17-4PH powder, performing full and uniform mixing in a ball mill, performing heating and drying in a drying furnace, and taking the dried powder as laser cladding composite powder for standby; under the argon condition, adopting a laser cladding process to enable the laser cladding composite powder to clad on thepretreated 17-4PH stainless steel blade matrix; and performing microscopic structure analysis and performance detection on a coating layer. The coating layer is high in hardness, excellent in corrosion resistance and good in structural stability; and through metallurgical bonding with the matrix, the coating layer is reasonable in cost and can better meet the service requirements of turbine powermechanical engineering.

The invention discloses a composition and preparation method of scintillation glass used for preparation of a scintillation fiber-optic faceplate. The composition comprises, by weight, 10 to 20% of SiO2, 0 to 10% of Al2O3, 20 to 45% of B2O3, 30 to 60% of La2O3, 0 to 2% of Nb2O5, 5 to 25% of Gd2O3, 0 to 4% of Lu2O3, 0 to 5% of BaO, 0 to 2% of SnO and 0 to 5% of ZnO. The invention also provides the preparation method for the scintillation glass used for preparation of the scintillation fiber-optic faceplate. The method comprises the following steps: (1) weighing the raw materials according to the above-mentioned weight percentages, mixing all the raw materials, and grinding the raw materials until the raw materials are uniform so as to obtain a batch; (2) pouring the batch into a crucible and fusing the batch so as to prepare a glass melt; (3) casting the glass melt on a preheated heat-resistant steel die, maintaining the temperature of the die in a muffle furnace and then carrying out cooling and annealing; and (4) carrying out cutting, surface grinding and polishing so as to obtain the scintillation glass. The prepared scintillation glass has the advantages of good chemical stability, high scintillation light luminescence efficiency and capacity of realizing fiber drawing.

The invention discloses a butyphthalide derivative as well as a preparation method and application thereof and belongs to the fields of medicinal chemistry and pharmacotherapeutics. The invention further discloses application of the butyphthalide derivative disclosed by the invention in medicines for preventing and treating ischemic cardiovascular and cerebral vascular diseases, anti-platelet aggregation drugs, antithrombotic drugs, anti-cerebral ischemia drugs, anti-dementia drugs and anti-atherosclerosis drugs. Pharmacological experiment results show that, the butyphthalide derivative disclosed by the invention has excellent anti-platelet aggregation and antithrombotic activity, and can be clinically used for preparing medicines for preventing or treating platelet aggregation related diseases.

The invention discloses a culture fluid that promotes the generation of a lipid structure of tissue engineered skin. A basic culture fluid is added with hydrocortisone, epidermal growth factors, isoproterenol, insulin, transferrin, triiodothyronine, adenine, vitamin C, tretinoin, cholera toxin, L-serine, L-novain, palmic acid, linoleic acid, arachidonic acid, bovine pituitary extract, bovine serum albumin, calcium chloride, penicillin, streptomycin and fungizone B, etc. Tissue engineered skin with mature and completely differentiated horny layer and good lipid structure can be obtained by cultivating keratinocyte in the culture fluid of the invention, the culture fluid has strong stability, long shelf life of about 12 months, simple and convenient preparation method, and convenient product synthesis and mass production.

The invention relates to a white light glass and a preparation method thereof, in particular to a white light glass with tin oxide and manganese oxide as light emitting centers and a preparation method thereof. White light illumination plays an important role in daily production and living, but the existing white light illumination has low efficiency, complicated process and difficult miniaturization. Under the condition, the research on the white light glass is taken seriously because the white light glass has the advantages of simple preparation, high luminous efficiency, easy color temperature regulation and the like. Currently, the researches focus on the white light glass doped with rare earth, but rare earth light emission can generate quenching at high concentration, and the lighting peak position can shift along with the use time so as to cause color temperature change. The white light glass with the tin oxide and the manganese oxide as the light emitting centers can make up the shortcomings. The tin oxide and the manganese oxide belong to network intermediates, can be introduced at high concentration, and have higher luminous intensity and conversion efficiency. Simultaneously, the tin oxide and the manganese oxide adopt wide spectrum lighting, and the compounded white light color temperature basically does not change along with time.

The invention discloses a zirconium-based amorphous alloy. Components of the zirconium-based amorphous alloy conform to the chemical formula ZraCubNicNbdAleYf, wherein 72<=a<=80, 3<=b<=8, 6<=c<=12, 4<=d<=10, 2<=e<=10, 3<=f<=0.7, and a+b+c+d+e=100. According to the zirconium-based amorphous alloy, the maximum forming size is lager than 30 mm, the glass transformation temperature ranges from 440 DEGC to 450 DEG C, and the initial smelting temperature ranges from 800 DEG C to 850 DEG C. The zirconium-based amorphous alloy low in oxygen and hydrogen content, high in amorphous glass forming capacity, excellent in after-forming mechanical performance and good in corrosion resistance is provided. Meanwhile, a preparation method of the zirconium-based amorphous alloy is provided.

The invention discloses a ready-to-use decumbent corydalis tuber ophthalmic gel preparation, belonging to the field of traditional Chinese medicines. The active ingredient of the preparation is from decumbent corydalis tuber which is a traditional Chinese medicine and the gel base material of the preparation mainly comprises gellan gum accounting for 0.4-0.7 percent of the total weight. The technical scheme overcomes the deficiencies that the prior decumbent corydalis tuber ophthalmic preparation has low bioavailability, inconvenient use, short retention time, and the like and has the effects of reducing dose, prolonging the retention time in eyes, having convenient use and accurate dose, and the like.

The invention provides an iridium amorphous alloy wire. The iridium amorphous alloy wire is alloy wires prepared by iridium amorphous alloy materials and with section diameters from several microns tohundreds microns: Ira-[Tax(Nb)1-x]b-[Niy(Co)z(Fe)r(Cu)m(V)n(W)k]c-Bd, wherein a, b, c and d are all atomic percentages, a is not smaller than 20 and not bigger than 40, B is not smaller than 30 and not bigger than 40, c is not smaller than 20 and not bigger than 35, d is not smaller than 0 and not bigger than 15, a+b+c+d=100; x, y, z, r, m, n and k are atomic percentages, and are not smaller than0 and not bigger than 1, and y+z+r+m+n+k is not bigger than 1; and amorphous phases in the amorphous alloy materials are not lower than 75%. The invention further provides a preparation method of theiridium amorphous alloy materials. Through component adjustment of the iridium amorphous alloy materials, wider supercooling liquid phase areas with excellent iridium amorphous alloy forming capacityare obtained, the sizes of the iridium amorphous alloys are increased, and high-temperature crystallization is prevented, so that micron-scale or nanoscale filiform iridium amorphous alloys never manufactured by the prior art can be prepared.

The invention provides a mobile super computer system and an achieving method thereof. The system comprises at least one mobile terminal and a portable router. The at least one mobile terminal can be compatible with various operation systems and is used for calculation, and the at least one mobile terminal is further provided with a message passing interface (MPI) bank compatible with various operation systems. Each of the at least one mobile terminal is connected to a portable router in a wired or wireless mode, the at least one mobile terminal which serves as a mobile host, communicates with and is connected with the portable router is used for managing and monitoring all mobile terminals. The mobile super computer system and the achieving method thereof have the advantages of being small in investment and power consumption, flexible to use, convenient to carry, high in expansibility, short in assembling cycle, and low in environment requirements. The mobile super computer system and the achieving method thereof are applicable to outdoor environment with adverse nature conditions of mountains, forests, oceans and the like, and can also play a significant role in some emergency conditions of battlefield and medical aid environments and the like.

The invention discloses an organic iridium metal complex. The structural general formula of the organic iridium metal complex is shown in the specification, and in the formula, R1 represents a mono-,di-, tri-, tetra-, five or six substituent group; R2 represents a mono-, di-, tri-, tetra-substituent; R1, R2, R3, R4 and R5 each independently represent hydrogen, deuterium, halogen, cyano, sulfinyl,sulfonyl, a substituted or unsubstituted alkyl group, a substituted or unsubstituted aryl group, and a substituted or unsubstituted heteroaryl group. The invention provides an organic iridium metal complex with a novel structure, and the organic iridium metal complex is an organic metal compound prepared by selecting a specific heterocyclic ligand for combination and adjusting the physical properties of the compound. After being used for an organic light-emitting device, the organic iridium metal complex improves the light-emitting efficiency and prolongs the service life of the device.

The invention discloses a Fe-based bulk amorphous alloy material and a preparation method thereof. The alloy material has the following chemical formula: (Fe100-aCoa)x-Moy-Bz-Dyw; the preparation method is as follows: according to needed atomic ratio of target components, Fe, Co, Mo, B and Dy are weighed and mixed after being converted to mass percent; the raw materials are put in to a vacuum induction smelting furnace, and the furnace is vacuumized to 4.0*10 Pa; then high purity argon is introduced for protection till a sample is melted; after oxide skin is removed, the raw materials are ground to small pieces; the small pieces are put into a quartz tube and the quartz tube is vacuumized; high purity argon is introduced into an induction furnace chamber, and the alloy is heated by a high frequency induction coil and melted; the melted alloy liquid is sprayed and injected into a copper mould by the high purity argon, thus obtaining the Fe-based bulk amorphous alloy material. The alloy material of the invention has high glass forming capacity, a wide supercooling liquid phase region with DeltaTx equal to 76K to 98K, high crush resistance and breaking tenacity Sigmaf which is approximately equal to 3500 MPa and high vickers hardness Hv which is approximately equal to 1130; in addition, the cost is low. Meanwhile, the preparation method is simple and can be applied to structural materials, magnetic materials and the like.

The invention provides an iron-based amorphous soft magnetic alloy and a preparation method thereof. The iron-based amorphous soft magnetic alloy has a molecular formula of FeaSibBcCxYd. The preparation method comprises the steps of arranging raw materials; smelting the prepared raw materials in a smelting furnace, and leading a smelted melt to a heating device; connecting the heating device witha spray bag; pouring, by the heating device, the melt from a spray bag funnel onto the surface of a copper roll through the spray bag, such that the melt is rapidly cooled after being in contact withthe copper roll and a strip sample is formed to obtain the iron-based amorphous soft magnetic alloy. The iron-based amorphous soft magnetic alloy provided by the invention successfully improves the magnetic properties of the alloy under the condition of ensuring a good amorphous forming ability.

The invention discloses a ready-to-use traditional Chinese medicine ophthalmic gel preparation, belonging to the field of traditional Chinese medicines. The active ingredient of the preparation is from pearls or pearl powder and borneol or natural borneol and the gel base material of the preparation mainly comprises gellan gum accounting for 0.4-0.7 percent of the total weight. The technical scheme overcomes the deficiencies that the prior pearl liquid or nacre digest ophthalmic preparation has low bioavailability, inconvenient use, short retention time, and the like and has the effects of reducing dose, prolonging the retention time in eyes, having convenient use and accurate dose, and the like.

The invention discloses terbium ion activated scintillation glass for producing scintillation optical fiber panels and a preparation method thereof. The terbium ion activated scintillation glass is prepared by mixing the raw material components, melting, casting mould, annealing and post-processing. The raw material components comprises the following components in percentage by weight: 28-40% of SiO2, 5-10% of BaF2, 25-30% of BaO, 1-2% of Al2O3, 10-20% of Gd2O3, 8-18% of Tb2O3, 0-2% of Ce2O3, 0-2% of Dy2O3 and 0-1% of Sb2O3. In the scintillation glass, Ce<3+> ions, Gd<3+> ions and Dy<3+> ions are used as sensitizing agents for transmitting the absorbed energy to Tb<3+> ions, so that the luminous intensity of the scintillation glass is improved; heavy metal oxides such as Gd2O3 and BaO and the like are added into the scintillation glass, the density of the glass can be improved. The scintillation glass has the advantages of high heat stability, excellent crystallization resistance, high scintillation light emitting efficiency and capability of being drawn into glass fiber.