333results about How to "Improve penetration efficiency" patented technology

The invention provides a preparation method of an alumina composite nickel-cobalt lithium manganate ternary material. The preparation method comprises the following steps: (1), preparing liquor A; (2), preparing liquor B; (3), installing and configuring a reaction flask; (4), adding the liquor A and the liquor B into the reaction flask to participate in hybrid reaction; (5), preparing liquor C, and adding into the flask for reaction; (6), obtaining a precursor by suction-filtering, washing and drying; and (7), mixing and roasting the precursor with a lithium source to prepare the alumina composite nickel-cobalt lithium manganate ternary material. The preparation method disclosed by the invention has the beneficial effects that firstly, liquid-phase coating is adopted, production preparation period is short, efficiency is high, and coating and dispersing are uniform; secondly, the coating layer alumina on the surface of the ternary material is a film with an amorphous structure, so that charging and discharging voltage difference is reduced, multiplying power performance and high-performance performance of the material are improved; and thirdly, characteristics of a solid-liquid phase interface among an anode material, electrolyte and a diaphragm are improved by alumina film-coating, so that velocity and efficiency of electrochemical reaction are improved.

The invention provides a high-yield environment-friendly papermaking and pulping process method which includes a raw material pre-processing section, a physical threading immersion processing section, an immersing, steaming and bleaching integrated pulping section and a thickening and dewatering processing section. A high-yield environment-friendly papermaking and pulping system for achieving the pulping process method sequentially comprises a stock cutter, a hammer thread screening deduster, a washing deduster, a dewatering conveying device, a steaming spiral conveyor, a squeezing cracking and thread squeezing impregnator, a disperse impregnating device, a high-concentration cooking and bleaching pulping all-in-one machine, a pulp bin, a concentration dewaterer, a high-concentration stuff grinder, a screening purifier and a concentration presser according to the process route, wherein a pump pipe is connected onto the high-concentration cooking and bleaching pulping all-in-one machine, a discharging pipe of the high-concentration cooking and bleaching pulping all-in-one machine is connected to the pulp bin, a pulp bin pump pipe is connected with the concentration dewaterer, the output end of the concentration dewaterer is connected onto the high-concentration stuff grinder, and the output end of the high-concentration stuff grinder is sequentially connected with the screening purifier and the concentration presser. The high-yield environment-friendly papermaking and pulping process method and system fundamentally solve problems of high pollution and energy consumption, shortage of papermaking raw materials and the like existing in the papermaking industry, and achieve the technical purposes of efficient bleaching, high yield, no black liquor and low energy consumption by using abundant plant fibers in the nature.

The invention belongs to the technical field of near-infrared ray transmission materials, and discloses a polycarbonate-organosiloxane copolymer material capable of selectively transmitting near-infrared rays. The product prepared from the material has higher low-temperature impact resistance and near-infrared ray transmission selectivity. The material comprises 94.1-98.7wt% of polycarbonate-methylsiloxane copolymer, 0.1-0.3 wt% of flame retardant, 1-4 wt% of infrared penetrant, 0.1-1 wt% of ultraviolet blocking agent, 0.1-0.5 wt% of antioxidant and 0-0.1 wt% of lubricant. The polycarbonate-organosiloxane copolymer selected as the substrate has better mechanical properties than the existing material, and has higher low-temperature impact resistance and high near-infrared transmittance. By selecting the perylene organic pigment as the near-infrared penetrant, the material can implement very high visible light covering performance, near-infrared region transmittance and selectivity for multiple colors.

The invention belongs to the technical field of willow artwork, and particularly discloses a treatment method capable of improving the flexibility of osier. The treatment method specifically comprises the following steps: (1) ethanol solution soaking, constant-temperature fermentation and variable-temperature freezing treatment; and (2) microwave drying, vacuum soaking and variable-temperature drying treatment. According to the treatment method disclosed by the invention, pretreatment is carried out at first, and ethanol molecules are enabled to permeate into cellulose as protective mediums, so that the aggregation capacity among cellulose molecules is effectively improved, and the strength of the osier is effectively increased; and then the microwave drying and the vacuum soaking for a treatment liquid are carried out, the permeation time of the treatment liquid is effectively shortened, and the permeation efficiency is increased, so that the treatment liquid is capable of permeating into osier bark to soften and enable the bark to be closely bonded with an inner wood layer, bark peeling is avoided, high flexibility is achieved, the occurrence of a cracking phenomenon in a weaving process is effectively prevented, the weaving difficulty of the osier is lowered, the high-temperature-resistant and sun-screening capacity of the osier is improved, and the service life of the osier is effectively prolonged.

The invention relates to a device and method for generating electricity through strong brine and belongs to the technical field of salt difference power generation equipment and methods. According tothe technical scheme, a fresh water pretreatment assembly is connected with a fresh water side inlet of a permeable membrane assembly through a fresh water supply pump and a fresh water pipeline; a strong brine pretreatment assembly is connected with a heat exchanger through a strong brine supply pump and a strong brine pipeline; an external heating source is connected with the heat exchanger; theheated strong brine pipeline is connected with a strong brine inlet of the permeable membrane assembly; a strong brine outlet pipeline of the permeable membrane assembly is connected with a water turbine power generation device; a water outlet pipeline of the water turbine power generation device is connected with a pressure exchanger; the pressure exchanger is connected with the heat exchanger;and the heat exchanger is connected with a mixing treatment device. Strong brine can be utilized more effectively for electricity generation, a new solution is provided for comprehensive utilization of strong brine, meanwhile, waste of water resources is reduced, and environmental pollution caused by strong brine discharge is avoided.

The invention discloses a method for processing marinated fruits and vegetables. The method comprises the following steps: selecting, cleaning, drying and cutting marinating raw materials, adding edible salt and pure water, and marinating the raw materials by virtue of three-frequency ultrasonic assistance to obtain marinated fruits and vegetables, wherein the three-frequency ultrasonic assistance is specifically as follows: the upper marinating layer is 20-30KHz, the middle marinating layer is 90-100KHz, and the lower marinating layer is 50-60KHz, namely the upper layer is 10-30cm deep, the middle layer is 30-80cm deep, and the lower layer is 80-100cm deep; taking out marinated fruit and vegetable embryos and centrifugally removing water; putting the marinated fruit and vegetable embryos into a cylinder to implement natural fermentation so as to obtain fermented marinated fruit and vegetable products; performing seasoning preparation, microwave drying and packaging. According to the method disclosed by the invention, the marinated fruits and vegetables are processed by a three-frequency ultrasonic assistance marinating technology and a microwave drying technology; compared with the prior art, the method has the advantages that the salinity of a product is reduced, the production efficiency is improved, the production period is shortened, and the product quality is guaranteed.