75 results about "No formation" patented technology

Interleukin-10 (IL-10) conjugated via a linker to one or more polyethylene glycol (PEG) molecules at a single amino acid residue of the IL-10, and a method for preparing the same, are provided. The method produces a stable mono-pegylated IL-10, which retains IL-10 activity, where pegylation is selective for the N-terminus on one subunit of IL-10 with little or no formation of monomeric IL-10. The method also provides a substantially homogenous population of mono-PEG-IL-10.

A method for preparing a multilayer material based on active lithium, by depositing a film of active lithium on a protective layer at a sufficient speed so that substantially no oxidation of the lithium occurs, and/or during a sufficient time for the adhesion of the lithium to develop after contact with the protective layer. The multilayer material, when incorporated in an electrochemical battery as an anode, has excellent impedance stability and no formation of dendrites during the cycling. Batteries where the anode is the multilayer material are particularly efficient in terms of their coulomb efficiency.

The invention discloses an electrode material of a secondary lithium ion battery, and its preparation method. The chemical formula of the electrode material is TixNbyOz, wherein the value of x:y is not less than 1:24 and not more than 1:1. The preparation method comprises the following steps: mixing a titanium source containing x mol of a titanium element with a niobium source containing y mol of a niobium element to obtain a mixture, and sintering the mixture to obtain the powder of the electrode material TixNbyOz. The electrode material provided in the embodiment of the invention has a theoretic specific capacity as a cathode material of the lithium ion battery, and there is no formation of an SEI film in the working voltage rang of the cathode material of 3-1V; and the electrode material has the advantages of high reversible specific capacity, small voltage relaxation, high coulombic efficiency, excellent cycle performances, and good safety.

The invention relates to a synthetic method of isomeric tridecanol polyoxyethylene ether, belonging to the organic compound synthesis technical field, which uses the materials of isometric tridecanol and ethylene oxide. The synthetic method is characterized in that: firstly, the polymerization reaction is carried out with the boron trifluoride catalyst, and then the isomeric tridecanol polyoxyethylene ether is obtained by the polymerization reaction carried out with the strong alkali catalyst; wherein, the addition of the boron trifluoride adopted in the reaction is 0.1 to 0.6 percent of the weight of the isometric tridecanol, the strong alkali catalyst is one of or the mixture of solid sodium methylate, methanol solution of sodium methylate, KOH and NaOH, the addition of the strong alkali catalyst is 0.05 to 0.2 percent of the weight of isomeric tridecanol polyoxyethylene ether. The synthetic method of isomeric tridecanol polyoxyethylene ether has the advantages that: the synthetic method adopts a two-step reaction technical proposal that: the polymerization reaction is carried out with the boron trifluoride catalyst at first, and then the polymerization reaction is carried out with the strong alkali catalyst, so the isomeric tridecanol polyoxyethylene ether has mild reaction conditions, high yield, no formation of impurities and environment friendly performance.

The invention relates to the technical field of tertiary recovery, and specifically relates to a foam oil displacement agent with oil resistance, and its application. The foam oil displacement agent with oil resistance is obtained by mixing and compounding an anionic surfactant with a cationic surfactant. The foam oil displacement agent with oil resistance has the characteristics of strong foaming capability and good oil resistance. The foam oil displacement agent with oil resistance enables the half life of foam to reach above 60min in the presence of crude oil, and can solve the problems of bad foam oil resistance, no formation of good plugging in present foam oil displacement and extraction processes; and the half life of foam having no oil resistance does not exceed 15min generally. The foam oil displacement agent with oil resistance can be used in the tertiary recovery of oilfields, and improves the recovery efficiency of the crude oil.

A storage battery or a secondary battery is capable of improving the utilization of an active material and obtaining a high energy density, using raw materials having costs substantially equal to those of a conventional lead storage battery especially as a negative-electrode plate of the secondary battery. The negative-electrode active material for the secondary battery is a kneaded mixture including: a raw active material having a metal and an oxide of the metal; and carbon in such an amount that the total absorption number thereof is at least 4.7 ml per mol of the raw active material, in which the kneaded mixture contains no sulfates or sulfates in an amount of 7×10⁻² mol or smaller per mol of the raw active material. The negative-electrode active material has a specific volume of 2.2×10⁻¹ to 5×10⁻¹ ml/g with subjected to no formation. The carbon is acetylene black or furnace carbon.

The invention relates to a coated granular microbial agent and a production method thereof. The coated granular microbial agent is prepared by the following raw materials by weight percent in a mixing way: 7-20 percent of a microbial liquid, 50-85 percent of an adsorption carrier, 0-40 percent of a binding agent and 1-10 percent of a coating agent. The production method comprises the following steps: firstly weighing the raw materials with corresponding percent, mixing the adsorption carrier with the binding agent, adding the microbial liquid to adsorb and then crushing, performing granulation on the crushed material, drying the material after granulation and screening to obtain the finished product granular material through a screening machine, performing aeration-cooling on the finished product granular material and conveying the material after cooling to a coating machine and adding the coating agent for coating, and performing aeration-cooling and drying on the material after coating. The coated granular microbial agent has the benefits of no chemical reaction, no air slaking, no crushing for granules, no formation like sticky mud, good fluidity, high strength, soil adjustment, soil improvement and fertilizer effect enhancement when being mixed with chemical fertilizers such as urea, compound fertilizer and the like for use, and reduces the use cost.

A modified sodium silicate composition, and methods of treating cancer and viral infections utilizing the modified sodium silicate composition (Na_8.2Si_4.4H_9.7O_17.6). Na_8.2Si_4.4H_9.7O_17.6 can be administered to increase the nitric oxide concentration in the body, effect apoptosis, increase NO formation by neutrophils. Inhibit cell mutations, and inhibit oxidative stress.

The present invention discloses gas-solid phase catalysis process of toluene to prepare benzaladehyde (BA) and benzoic acid (BAc) and the micro rector therefor. The micro rector includes upper cover, heating rod, sealing graphite diaphragm, reaction plate, lower cover, inlet and outlet. Under the gas-solid phase catalysis of the Ag modified granular V/TiO2 catalyst filled inside the micro channel, toluene is oxidized selectively with pure oxygen as the oxidant to prepare BA and BAc in lowered mass transfer and heat transfer resistance, no formation of hot point, reduced deep oxidation and raised oxidation product selectivity. The present invention has high safety, capacity of operating within explosion range, high conversion rate, high material utilizing rate and other advantages.

This invention relates to a process for incinerating NH3 in an NH3 incinerator comprising a first incineration step at controlled sub-stoichiometric incineration conditions and a second incineration step with at a greater than stoichiometric amount of oxygen, whereby a product stream is produced with reduced NO formation. The invention also relates to an NH3 incinerator.

This invention relates to a dry erase writing board. The dry erase writing board comprises a chalk or erase board having a face side, and a multilayer film which is adhered to the face side of the chalk or dry erase board. The outer or exposed surface of the multilayer film which is adhered to the chalk board or erase board is a clear dry erasable layer comprising at least one fluorocarbon polymer. The invention also relates to a method of preparing the dry erase writing boards of the invention which utilizes a multilayer film having an adhesive layer for adhering the multilayer film to the chalk or erase board and a pattern of non-adhesive material forms embedded into the upper or lower surface of the adhesive layer, or adhered to the lower surface of the adhesive layer. The dry erasable multilayer films described herein are easily applied to substrates such as a chalk or erase board with little or no formation of visible bubbles or wrinkles in the film.

The invention discloses a tissue culture rapid propagation method of salvia miltiorrhiza bge. The method comprises the steps of selecting explants, treating the explants, carrying out inoculation induction culture, carrying out rooting culture, carrying out bottle cap-opening hardening seedling for 3-5 days, and planting; after the method is used for inoculation, the explants are high in survival rate; plantlets germinated from axillary buds induced in a culture medium are robust, the nodes are obvious, new leaves are normal to spread and grow, the new leaves of the salvia miltiorrhiza bge are emerald green, have no formation of the callus, and have no generation of vitrification and browning; after the method is used for propagating the salvia miltiorrhiza bge, the salvia miltiorrhiza bge is high in survival rate, and the batch and rapid propagation can be realized.

The invention relates to a normal-temperature air wet oxidation catalyst used for residuum processing wastewater deodorization reuse. The catalyst is characterized in that the catalyst is obtained by treating active alumina as a carrier and a transition metal element as a main active component through a fractional deposition-immersion method, and the catalyst comprises 3.0-4.0wt% of a transition metal oxide, 1.0-2.0wt% of a rare earth metal oxide and 7.8-8.8wt% of a semiconductor metal oxide. The catalyst has the advantages of good deodorizing effect, effective removal of sulfides and ammonia nitrogen in wastewater, reduction of the COD of the wastewater, regeneration performance, reusability, no formation of new pollution, mild operation condition, and substantial reduction of the deodorization cost of the wastewater through utilizing air as an oxidant.

The invention relates to an antifog thinned high-toughness heat shrinkable packaging color film. The antifog thinned high-toughness heat shrinkable packaging color film is composed of an upper layer, a middle layer and a lower layer. The upper layer and the lower layer are both made of a mixture containing metallocene MPE, LDPE, LLDPE and an additive; and the middle layer is made of a mixture containing LDPE, MDPE and HDPE. As the upper layer and the lower layer have a high metallocene content, the purpose of thinning by 20% has no influence to the mechanical properties of the film. The additive is a mixture of a lubricant, a plasticizer and an antifogging agent. The antifogging agent enables no formation of water mist after freezing of the product, thus increasing the optical properties and exhibition effect of the film. The middle layer employs about 40% medium density MDPE, and under the premise of ensuring the rigidity, the mechanical properties and optical properties of the film are increased. In general, under the premise of ensuring normal use, the raw material consumption is reduced, and consequently the production cost is reduced.

The invention discloses a material injecting device of a magnetic material hydraulic press, which comprises a feed cylinder, an agitating device and a material injecting cylinder. An agitating device is arranged in the feed cylinder; the material injecting cylinder is connected with the feed cylinder; an automatic compensation and adjustment device for material injection amount is arranged on the material injecting cylinder and adopts the structure that a piston rod is arranged on two sides of the material injecting cylinder respectively; both the piston rod and the piston rod of the material injecting cylinder are fixedly connected with a slide block; and the slide block is also connected with an adjusting device. The material injection amount can be adjusted automatically by the automatic compensation and adjustment device for the material injection amount, so that the material amount required for the formation of finished products in a die cavity is satisfied; the integrative formation of products overflowed and damaged by excessive material amount and the no-formation of the products caused by lower material amount are prevented, and the production efficiency of the products is improved.

The invention discloses a full-plastic heat exchanger. The full-plastic heat exchanger comprises an upper chamber and a lower chamber, each of the upper chamber and the lower chamber is provided with an interior storage cavity, a medium inlet convenient for entering of a heating or refrigerating liquid medium is formed in the upper chamber, and a medium outlet allowing the liquid medium to flow out after working is formed in the lower chamber. The full-plastic heat exchanger is characterized in that the upper chamber and the lower chamber are communicated with each other via a plurality of uniformly distributed heat exchange pipes, and the liquid medium flows along the heat exchange pipes to achieve heat exchanging. Compared with an existing metal heat exchanger, the full-plastic heat exchanger has the advantages the components such as the upper chamber, the lower chamber and the heat exchange pipes are made of plastic, so that scale formation prevention, no formation of heavy metal ions, corrosion resistance and no pollution to water are achieved; the full-plastic heat exchanger also has the advantages of low energy consumption in a production process, low in environment pollution and production cost, remarkable beneficial effect and convenience in application and promotion.

The invention relates to yellowing-free polyurethane matte varnish. The yellowing-free polyurethane matte varnish is characterized in that a host of the yellowing-free polyurethane matte varnish comprises soybean oil modified alkyd resin, mixture of butyl acetate and propylene glycol monomethyl ether acetate, a defoaming agent, a levelling agent, an anti-settling agent, extinction powder and an anti-yellowing auxiliary, a curing agent comprises toluene diisocynate (TDI) tripolymer, a toluene diisocynate (TDI)-trimethylolpropane addition product and butyl acetate, and a diluent comprises butyl acetate, dimethyl carbonate, propylene glycol monomethyl ether acetate and dimethylbenzene. By adopting the technical scheme, the yellowing-free polyurethane matte varnish has the beneficial effects that the yellowing-free polyurethane matte varnish is applied to surface finishing of woodware; spraying mode is adopted during coating, the yellowing-free polyurethane matte varnish has the characteristics of high hardness, good fullness, strong adhesion and no formation of bubbles and pinholes and has the prominent characteristics that drying speed is high, especially low-temperature drying performance is good, cost is low, matting property is good and transparency is excellent as compared with the yellowing-free polyurethane matte varnish used in the current market.