5results about How to "Speed up refactoring" patented technology

The invention belongs to the field of biological tissue and organ 3D printing, and discloses a biomimetic valve type organ obtained through 3D biological printing and corresponding 3D printing ink, and the 3D printing ink for forming the biomimetic valve type organ is biological ink obtained by dispersing a photocurable biological material in a phosphate buffer solution, then adding a photoinitiator solution, uniformly mixing, discharging bubbles, and then adding cell spheres to obtain the photoinitiator. The cell ball is a valve interstitial cell ball with a micron-scale diameter, which is obtained by culturing valve interstitial cells by using an agarose mold in the presence of a cell culture medium; and the agarose mold is provided with micron-scale holes. According to the method, the loading mode of the valvular interstitial cells is improved, the cell balls serve as the minimum printing unit, damage to the cells in the 3D printing period is avoided, the interaction between the cells is enhanced, the cells are stimulated to secrete the extracellular matrix, and extracellular matrix remodeling is completed.

A method for EMT image reconstruction based on the sequential Monte Carlo principle, comprising the following steps: step one, modeling the EMT image reconstruction process; step two, initializing the state space; step three, state space sampling and sample weight update: after obtaining the initial sample space, importance sampling is performed on it, and the corresponding weight is set according to the observation distance of the sample; step four, optimal state estimation: based on the obtained particles and their weights, the state space estimation of the system is calculated, and the optimal solution is searched by iterative updating, and finally the image is reconstructed as the global optimal estimation output. The present invention is superior to other existing methods in terms of image error and correlation coefficient, and has better imaging quality. Therefore, it is an efficient and accurate EMT image reconstruction method, and also provides a new method and means for the research of EMT technology.

The invention relates to the field of coal gangue concrete, and particularly discloses high-strength mortar adopting coal gangue fine powder and a preparation method of the high-strength mortar. The high-strength mortar adopting the coal gangue fine powder comprises Portland cement, calcined modified coal gangue fine powder, a water reducing agent, silica fume, coarse aggregate, fine aggregate and water. The preparation method comprises the following steps: adding the Portland cement, the calcined modified coal gangue fine powder and the silica fume into a stirring barrel, and carrying out dry mixing by using a stirrer to form a uniform dry mixed material; adding water into the stirring barrel, adding a water reducing agent at the same time, and stirring until a uniform mortar-shaped mixture is formed; and adding the coarse aggregate and the fine aggregate into the stirring barrel, and continuously stirring and mixing to form the uniform high-strength mortar. According to the high-strength mortar adopting the coal gangue fine powder, the problem that the strength and durability of concrete doped with coal gangue are reduced due to unstable quality and low activity of the coal gangue at present is solved.

The method comprises the following steps: acquiring dotting data of an input / output path of an operation unit; determining local time delay data of each operation unit; storing the local time delay data into a mapping table; analyzing the mapping table to obtain a current average time delay corresponding to the operation unit; comparing the current average time delay with a preset target time delay to obtain a current target deviation; calculating a PID adjustment term and determining a regulation strategy value; converting the regulation strategy value into a reconstruction bandwidth control value; determining a current service characteristic index according to the dotting data; disassembling the reconstruction bandwidth control value according to the current service characteristic index; and issuing the disassembled result to each operation unit; and checking the disassembled result based on each operation unit, and adjusting the reconstruction speed according to a checking result, so as to realize intelligent balancing of the reconstruction speed and the host IO performance.

The invention belongs to the technical field of electrolyzed water catalysts, and discloses a V-doped nickel phosphorus material as well as a preparation method and application thereof. According to the preparation method, a V-NiZn-LDH microsphere array is uniformly grown on NF through a hydrothermal method, then a precursor with abundant defects is obtained through a selective alkaline etching method, and the ferro-nickel phosphide V-Nivac2P / NF which is anchored on foamed nickel and has abundant surface defects is successfully prepared. In a 1M KOH solution, the prepared V-Nivac2P / NF self-supporting electrode shows excellent water electrolysis oxygen evolution performance and hydrogen evolution performance. An in-situ Raman spectrum shows that in the OER process, the defect obviously accelerates reconstruction from adjacent nickel atoms to a high-activity NiOOH substance, and the high-activity NiOOH substance becomes a real catalytic activity center. DFT calculation also shows that the introduction of vacancies can improve the conductivity of the catalyst, and in the step of adsorbing * OOH, V-Nivac2P / NF can effectively reduce the adsorption energy barrier of * OOH.