64results about How to "Conducive to large-scale industrialization" patented technology

The invention provides a digital-analog hybrid storage and calculation integrated chip and a calculation device. The digital-analog hybrid storage and calculation integrated chip comprises a pluralityof flash memory processing arrays and an on-chip memory connected with the plurality of flash memory processing arrays; each flash memory processing array reads the data in the on-chip memory and performs operation processing on the data to obtain an operation result; and the on-chip memory is used for storing the operation result and input data of the digital-analog hybrid storage and calculation integrated chip, so that a digital-analog hybrid storage and calculation integrated function is realized. The digital-analog hybrid storage and calculation integrated chip provided by the inventioncan effectively reduce the design complexity and the manufacturing cost, is beneficial to large-scale industrialization, improves the design flexibility, prolongs the service life of a flash memory, and can be applied to occasions such as neural network operation.

The invention discloses a method for desulfurization cogenerating of hydrogen and sulfuric acid. The method includes three main steps, namely SO2 absorption and conversion, Fe3+regeneration and H2 cogeneration and F2+removal and H2 cogeneration. In the method, a Fe3+ / F2+ electrochemical pair is adopted as a process catalyst, indirect electrochemical oxidation is realized, sulfur dioxide in a gas phase is removed by using a sulfuric acid water solution wet method, and hydrogen and sulfuric acid can be cogenerated at the same time. The method is high in process efficiency and energy utilization rate, low in equipment investment and production cost, safe and reliable in process and conducive to large-scale industrialization, and is an environment-friendly technology for desulfurization, comprehensive utilization of sulfur dioxide and cogeneration of hydrogen and sulfuric acid.

The invention discloses a method for modifying a lead storage battery positive plate by rare earth. The method comprises the steps that in a battery formation process of a lead storage battery positive plate, rare earth sulfate or rear earth oxide is added to a battery formation liquid, rare earth ions generate an oxidation reaction at the anode to modify the lead storage battery positive plate, and when a lead compound on the positive plate is converted to lead dioxide, the rare earth modifies a battery positive grid and positive electrode active substances, so that the performance of the lead storage battery is improved. The method is simple; a trace of rare earth can be easily uniformly and quantitatively mixed on the surface of an electrode so that the control on the performance of the electrode surface is realized; the device investment is low, the process improvement is large, the method can be suitable for different electrodes, the use amount of the rare earth is largely reduced, and the utilization ratio of the rare earth is improved; by utilizing an electrochemical technology as an electrode surface rare earth modification technology, the use amount of the rare earth is largely reduced, the utilization ratio of the rare earth is improved, the large-scale industrial production is facilitated, and the control on the electrode surface performance is realized.

The invention provides a preparation method of a cadmium telluride thin-film solar cell and graphite conductive paste used by the preparation method. The preparation method comprises the following steps: a cadmium telluride layer is formed; the graphite conductive paste which is 0.5-3 micrometers in thickness covers one side face of the cadmium telluride layer; heat treatment is conducted for 30-60 minutes in an annealing furnace under the temperature condition of 200-300 DEG C after drying is conducted; the graphite conductive paste is mainly formed by 60%-90% of base materials and 5%-33% of grapheme; the base materials comprises graphite or / and carbon black; the particle diameter of the base materials is 0.005-0.9 micrometers; the grapheme is arranged in 1 to 10 layers. According to the preparation method of the cadmium telluride thin-film solar cell and the graphite conductive paste used by the preparation method, back contact graphite conductive paste containing the grapheme is used as a back contact layer; due to the ultrastrong conductivity of the grapheme, a layer of ohmic contact which is low in resistance and high in stability is formed between a P type CdTe thin film and a metal back electrode; and therefore the performance of the cadmium telluride thin-film solar cell is effectively improved.

This application relates to the field of pharmaceutical crystal forms, in particular to a δ crystal form of Ubenimex and its preparation method; the δ crystal form prepared by the method of this application has better solubility and stability, and better fluidity, compared with The existing crystal form has more preparation advantages; and the preparation reaction conditions are mild and the operation is simple. The solvents used are only ethanol and water, which is conducive to environmental protection, convenient recycling, reduces reagent costs and energy consumption, and realizes controllable industrial production conditions. large-scale industrialization.

The invention discloses titanium and titanium alloy particles whose surface is coated with low-hardness metal. The honeycomb core-shell structure of the shell; the invention also discloses a preparation method of titanium and titanium alloy particles coated with low-hardness metal on the surface. Ball milling to obtain titanium and titanium alloy particles coated with low-hardness metal. The invention enables the low-hardness metal to be uniformly and continuously coated on the surface of titanium and titanium alloy particles, avoiding the reaction between titanium and titanium alloy particles and carbon reinforcement in titanium-based composite materials and affecting the mechanical properties of titanium-based composite materials; The high-energy ball milling method is used to tightly wrap the low-hardness metal-coated metal powder on the surface of titanium and titanium alloy particles, which improves the bonding strength between the low-hardness metal shell and the inner core titanium and titanium alloy particles.

The present invention provides a kind of Fe2+ anodic oxidation and cathodic reduction and co-produced H2 process method, this method is in sulfuric acid aqueous solution, Fe2+ is oxidized at anodic to obtain Fe3+, Fe2+ is reduced at cathode to generate Fe, at the same time H+ in catholyte is reduced to generate H2 . The process method of the present invention realizes the regeneration of Fe3+ at the anode, the removal of Fe2+ and the co-production of H2 at the cathode, and realizes the paired electrochemical synthesis of the target product at the cathode and the anode at the same time, so that the double-chamber electrodes are effectively obtained. use. The technological process of the present invention is simple, easy to operate and control, high in process efficiency and energy utilization rate, low in equipment investment and production cost, safe and reliable in process, and conducive to large-scale industrialization.

The invention discloses a fly ash comprehensive utilization process method. The process method comprises steps as follows: magnetic beads and floating beads with high value are selected firstly, fly ash slurry after the magnetic beads and the floating beads are selected is put in a pregelatinization reaction kettle, lime milk and a little NaOH are added, the mixture is pregelatinized to form pregelatinized slurry with tobermorite as a main component under the pressure of 0.4-0.6 Mpa at the temperature of 110-130 DEG C, and the pregelatinized slurry is filtered and dried to prepare inorganic chemical filler; and the pregelatinized slurry has secondary gelatinization reaction, lime milk is continuously added, secondary gelatinized slurry containing a large quantity of fibrous xonotlite crystals is generated under the pressure of 2-3 Mpa at the temperature is 220-280 DEG C, and the secondary gelatinized slurry is placed in a mold, dehydrated by a pressing machine and molded to prepare a light calcium silicate board product. The process method is simple to operate, low in cost and pollution-free and has high comprehensive economic benefits.

The invention relates to a method for preparing a reduced graphene oxide coating on the surface of a magnesium alloy. The graphene oxide coating is prepared on the surface of a magnesium alloy by electrodeposition technology, and then dried, placed in ultrapure water, and left to stand for a certain period of time. , so that the graphene oxide layer on the surface of the magnesium alloy is partially reduced to form a reduced graphene oxide layer.

The invention discloses a conjugated polyelectrolyte photoelectric material and applications thereof in polymer light-emitting diodes. A side chain of the conjugated polyelectrolyte photoelectric material disclosed by the invention is provided with quaternary ammonium salt polar groups, so that the material can be dissolved in polar solvents such as methanol and ethanol, but is insoluble in solvents such as toluene and the like. The conjugated polyelectrolyte photoelectric material can be used as a hole-injection layer material to be applied to polymer light-emitting diodes.

The invention discloses a quaternary ammonium salt group containing conjugated polyelectrolyte photoelectric material and applications thereof in OLED (organic light emitting diode) devices. Through introducing the quaternary ammonium salt group containing conjugated polyelectrolyte photoelectric material as a hole injection layer material into an OLED device, the performance of the OLED device is greatly improved.