64 results about "Nuclear body" patented technology

The invention provides a magnetic composite microsphere material, which takes a chitosan-polyacrylamide complex as a packaging material and takes a magnetic material as a nuclear body. The magnetic composite microsphere material is prepared by adopting a reversed-phase suspension cross-linking method, can effectively eliminate hazardous materials in a water body by effects of adsorption, complexation and the like, can also be effectively separated from the water body and recycled by a magnetic separation technique, can be used as a water treatment agent, integrates multiple functions of good flocculation, metal ion absorption, deodorization, decolorization, effective reduction of a COD value and the like, has certain universality, and is applicable to waste water of all enterprises for printing and dyeing, electroplating and the like.

The invention discloses a lithium-rich positive electrode material based on surface modification of MOFs and a preparation method thereof, belonging to the technical field of positive electrode materials for lithium ion batteries. According to the invention, a MOFs coating layer is prepared on the surface of a lithium-rich material; metal elements in the MOFs form metal oxides during sintering; acomplex is carbonized on the surfaces of metal oxide particles; reducing effect is exerted on the surface of the lithium-rich material is in the process of carbonization, which induces the formation of a spinel structure on the surface of the lithium-rich material, so the lithium-rich positive electrode material is finally formed; and the lithium-rich positive electrode material comprises a lithium-rich material nuclear body and a spinel structure coating layer formed on the surface of the lithium-rich material nuclear body in situ, and the outer surface of the spinel coating layer is coated with a composite layer containing the metal oxides and carbon. The preparation method of the invention is simple and easily controllable, and the electrochemical performance of the lithium-rich positive electrode material can be significantly improved based on the surface modification of the MOFs.

Methods of diagnosing whether an epithelial tissue is an abnormal tissue by determining an expression pattern for PML in the epithelial tissue; determining an expression pattern for nuclear bodies in the epithelial tissue; determining SUMO-1 colocalization and comparing the expression pattern for PML and the expression pattern for nuclear bodies with a control are disclosed. Also disclosed are methods for diagnosing whether a subject has mild dysplasia, moderate dysplasia, Type A severe dysplasia, Type B severe dysplasia, cervical squamous cell carcinoma, or poorly-differentiated cervical squamous cell carcinoma, by determining an expression pattern for PML, an expression pattern for nuclear bodies, and SUMO-1 colocalization and determining whether the sample is consistent with expression patterns expected for mild dysplasia, moderate dysplasia, Type A severe dysplasia, Type B severe dysplasia, cervical squamous cell carcinoma, or poorly-differentiated cervical squamous cell carcinoma.

The invention discloses a loan anti-fraud processing method, which comprises the following steps: when a loan request exists, obtaining multi-dimensional fraud judgment data related to the loan request; when the loan request exists, obtaining multi-dimensional fraud judgment data related to the loan request; inputting the fraud determination data into a rule engine to perform a risk rating on theloan request and output a risk level; judging whether the risk level is within a specified risk level range; if so, one or more of the combined nuclear body means being used for fraud verification ofthe lender, the nuclear body result being outputted, and the lending decision being determined based on the nuclear body result; if not, a lending decision being determined based on the risk level. The invention also discloses a loan anti-fraud processing device and a computer-readable storage medium. The invention reduces the loan risk, improves the processing efficiency of the loan service and improves the user experience.

The invention discloses a hollow core-shell nanoparticle and a preparation method, a test strip and a test method. The concentration of determinand in a sample solution can be quantitatively detected,and the detection sensitivity can be improved. The hollow core-shell nanoparticle includes a core body and a shell body, the shell body is located on the outer side of the core body, there is a spacebetween the shell body and the core body, the outer surface and the inner surface of the shell body are marked with Raman molecules respectively, and the outer surface of the core body is marked withthe Raman molecules; the shell body is made of a gold-silver alloy, and the core body is made of gold.

The invention belongs to the field of anticorrosive paint, and particularly relates to a preparation method of an attapulgite-carbon nitride-polyaniline composite material and anticorrosive paint containing the composite material.The anticorrosive paint is prepared through the steps that one-dimensional attapulgite and two-dimensional graphite-phase carbon nitride are taken as a composite nuclear body material, aniline is polymerized on the surface of the composite nuclear body material to prepare attapulgite-carbon nitride-polyaniline composite anticorrosive packing, and then the attapulgite-carbon nitride-polyaniline composite anticorrosive packing is mixed with polyurethane, a coloring pigment, packing, a dispersing agent, a flatting agent, a defoaming agent and water to prepare the anticorrosive paint.The attapulgite-carbon nitride-polyaniline composite material is applied to the anticorrosive paint and has the multiple effects of preventing electrochemical corrosion and physical corrosion, enhancing the mechanical performance of a coating and the like.

The invention discloses a magnetism/temperature/pH tri-responsive nanogel medicine carrying system capable of carrying combined chemotherapy drug of the breast cancer, namely paclitaxel, and disclosesa preparation method of magnetic nanogel. The preparation method comprises the steps that Fe3O4 nano particles are prepared by adopting a chemically modified coprecipitation method, polyacrylic acid(PAA) and N-isopropylacrylamide (NIPAM) are taken as monomers, divinylbenzene (DVB) is taken as a cross-linking agent, Fe3O4 is taken as a nuclear body material, and the magnetic nanogel is prepared by adopting a miniemulsion co-polymerization method. The preparation method of the magnetic nanogel has the advantages that the magnetic nanogel loaded with the paclitaxel is synthesized through the miniemulsion polymerization method, the operation is simple, the experiment conditions are mild, and the synthesized nanogel is regular in appearance and uniform in dispersion, and has good temperaturesensibility and pH-sensitivity. Test results show that drug encapsulation efficiency is high, and the slow-release time is as long as 14 days.

The invention discloses a sulfide solid electrolyte of a three-layer core-shell structure, and relates to the field of all-solid-state batteries. From inside to outside, the Li-Argyrodite solid electrolyte or LGPS-type solid electrolyte is adopted as a nuclear body, the Li-P-S is adopted as an intermediate layer, and the Li-P-S-O is adopted as a shell layer. In this way, the stability of the sulfide solid electrolyte to lithium metal can be guaranteed. Meanwhile, the possibility of reaction between the sulfide solid electrolyte and water vapor in air can be reduced. The probability that the sulfide solid electrolyte is oxidized when making contact with the positive electrode material is reduced. Moreover, the preparation method is relatively simple and is suitable for large-scale production. In addition, the electrical performance of the all-solid-state battery can be effectively improved by combining the all-solid-state battery with a metal lithium negative electrode and a high-voltage positive electrode.

The invention discloses a lithium-rich positive electrode material co-doped by molybdenum and fluorine and coated by spinel in situ, and a preparation method thereof, belonging to the technical fieldof lithium ion battery materials. The lithium-rich positive electrode material comprises a molybdenum/fluorine co-doped lithium-rich material nuclear body and a spinel coating formed on the surface ofthe nuclear body in situ. The molybdenum/fluorine co-doped lithium-rich material nuclear body has the molecular formula of Li<1.2-delta>MnNi<b-lambda>Co<c>Mo<lambda>O<2-delta>F<delta>. The preparation method for the material comprises the following steps: firstly, preparing a molybdenum/fluorine co-doped lithium-rich material; then subjecting the molybdenum/fluorine co-doped lithium-rich material to surface treatment with reducing organic acid under certain conditions; and carrying out subsequent sintering to allow the spinel coating to be formed on the surface of the nuclear body in situso as to prepare the lithium-rich positive electrode material with excellent electrochemical properties. The preparation method provided by the invention is simple and easy to control, and can preparethe nano-scale high-performance lithium-rich positive electrode material with good consistency.

Provided are conductive fine particles that are capable of reducing costs, have excellent conductive properties, and can be made thin when, for example, a composition mixed with resin is formed into a sheet shape. The conductive fine particles according to the present invention are formed of a nuclear body comprising a conductive material, and a covering layer comprising another conductive material that covers the nuclear body, whereof at least a portion forms the outermost layer. A circle diameter coefficient obtained from the following formula (1) is between 0.15 and 0.4, and at least one of a cut that has an outer edge shape and a branching leaf is provided in a plural number. [Formula 1] circle diameter coefficient = (area×4pi)/(perimeter)2sssFormula (1)

The invention provides a preparation method of polyaniline nanotubes. The preparation method comprises the steps of: firstly, taking rodlike silicate clay as a nuclear body, conducting surface initiated polymerization to coat polyacrylic acid, and then conducting oxidative polymerization to coat polyaniline, thereby preparing silicate clay/polyaniline composite; and finally dissolving the rodlike silicate clay with hydrofluoric acid, and then conducting duel-doping to polyaniline to obtain conductive polyaniline nanotubes. Polyacrylic acid coated on the surface of the silicate clay has two aspects of advantages that the surface activity of the silicate clay is increased and polyaniline can be easily adsorbed on the surface; polyacrylic acid can play a role in doping polyaniline, so that an acid is not needed to be additionally added into a polyaniline synthesis system; the hydrofluoric acid applied not only can remove a silicate clay template to produce the polyaniline nanotubes, but also can further improve the conductivity of the polyaniline nanotubes; the silicate clay selected as the template has the advantages of no need of painstakingly conducting artificial synthesis, low cost and the like; and the production cost can be further lowered.

The embodiment of the invention discloses a face-scanning temperature measuring and checking method and device, and equipment. The method comprises the following steps: acquiring a two-dimensional image, a depth image and a thermal image containing a to-be-detected face, wherein the two-dimensional image and the depth image are acquired by a nuclear body camera installed in nuclear body equipment,the thermal image is acquired by a thermal imaging camera installed in temperature measurement equipment, and the two pieces of equipment are independent of each other and are relatively fixed in installation position; determining depth information of the to-be-detected face based on the two-dimensional image and the depth image; based on the relative position parameters of the nuclear body camera and the thermal imaging camera and the depth information, determining the position information of the to-be-detected face in the thermal image; based on the position information of the to-be-detected face in the thermal image, determining the position information of the forehead of the to-be-detected face in the thermal image and determining the forehead temperature of the to-be-detected face; and based on the two-dimensional image, the depth image and a user face image library corresponding to the body checking device, performing body checking on a user corresponding to the to-be-detected face.

The invention provides a narrowly-dispersed phenol-phenolic varnish resin preparation method, and the narrowly-dispersed phenol-phenolic varnish resin which is narrow in molecular weight distribution, and takes phenols and aldehydes as raw materials is obtained in high yield. The narrowly-dispersed phenol-phenolic varnish resin preparation method is characterized by comprising following steps of (a) adding phenol and formaldehyde into bisphenol F with the amount of two nuclear bodies being detected to be more than 85 % by area by means of gel permeation chromatography, reacting the above materials in the presence of acid catalyst, and removing acid catalyst, water and unreacted phenol in the obtained reaction product, and obtaining a rough phenol-phenolic varnish resin; (b) removing evaporation component taking the dicaryon as the main component from the rough phenol-phenolic varnish resin by means of a distillation operation, and obtaining a narrowly-dispersed phenol-phenolic varnish resin with the amount of two nuclear bodies being detected to be lower than 20 % by area by means of gel permeation chromatography, and the amount of high molecular weight bodies of more than six nuclear bodies being detected to be lower than 12 % by area by means of gel permeation chromatography.

A process for producing a resorcinol-formalin resin containing no salts, having a moderate flowability when transformed into an aqueous solution, and having a reduced content of resorcinol monomer and a reduced content of resorcinol-formalin resin of resorcinol pentanuclear or higher nuclear bodies, the whole steps including an one-stage reaction and liquid-liquid distribution being conducted in the same reactor, which comprises adding resorcinol, an inorganic salt, and an organic solvent having a solubility parameter of 7.0 to 12.5 to a water solvent, stirring the mixture to give a two-phase system containing no remaining solid matter, adding an acid catalyst, adding formalin dropwise into the reaction system to cause a liquid-liquid heterogeneous reaction to proceed, removing the aqueous layer, adding an organic solvent and water to the reaction product layer, the amount of the water being half of the amount of the organic solvent, stirring the resulting mixture, allowing it to stand, and then removing the aqueous layer to obtain the resorcinol-formalin resin.

The invention relate to a molybdenum diselenide@ nitrogen-doped carbon dodecahedronal nuclear-body sodium ion battery negative electrode material, a preparation method thereof and a sodium ion battery, and belongs to the technical field of a new energy material. The molybdenum diselenide@ nitrogen-doped carbon dodecahedronal nuclear-body sodium ion battery negative electrode material comprises a core and a shell, wherein the shell is coated on a surface of the core, the core is a nitrogen-doped carbon dodecahedronal nuclear body, and the shell is a molybdenum diselenide nanosheet. The molybdenum diselenide@ nitrogen-doped carbon dodecahedronal nuclear-body sodium ion battery negative electrode material has a unique core-shell structure, the nitrogen-doped carbon dodecahedronal nuclear bodyis used for providing an enough space for sodium ion storage and electron transmission, so that the advantages of relatively high reversible capacity, high stability, long cycle lifetime and the like, and the molybdenum diselenide@ nitrogen-doped carbon dodecahedronal nuclear-body sodium ion battery negative electrode material is a favorable sodium ion battery negative electrode material and haslong-term development prospect. The molybdenum diselenide@ nitrogen-doped carbon dodecahedronal nuclear-body sodium ion battery negative electrode material has the advantages of low cost, no toxicity,no pollution and the like.

The invention discloses a preparation method for seed crystal-free fine monocrystal diamond micro-powder. The preparation method comprises the following steps of: uniformly and independently dispersing nuclear bodies on a silicon-based substrate by adopting a matrix self-nucleation substrate pre-treatment method; depositing the pre-treated silicon-based substrate by using a hot filament chemical vapour deposition method which comprise two phases, namely diamond nucleation and diamond grain growth, so as to obtain diamond monocrystal grains with regular crystalline forms; and treating the obtained diamond monocrystal grains by combining the process of chemical corrosion to the silicon-based substrate and a high-speed grain centrifugal sedimentation process so as to obtain the fine monocrystal diamond micro-powder. The proportion of crystals of high-grade hexahedral to octahedral poly-crystal shapes or icosahedral poly-crystal shape in the fine monocrystal diamond micro-powder obtained by the preparation method disclosed by the invention is high; the fine micro-powder obtained by the method is preponderant in terms of crystalline form and surface quality; and moreover, the process flow is simple, the obtained micro-powder has intensive size distribution, and a granularity screening process for the micro-powder can be omitted.

Embodiments of the invention disclose a negative electrode material and a manufacturing method therefor, and a battery and a manufacturing method therefor. The negative electrode material comprises a carbon-containing nuclear body and a shell which coats the surface of the carbon-containing nuclear body; the shell only allows electrons and ions to pass through, wherein the theoretical capacity of the carbon-containing nuclear body for lithium ions is higher than that of the shell for lithium ions; and in a charge-discharge state, the deformation of the shell is smaller than that of the carbon-containing nuclear body, so that the battery manufactured by the negative electrode material provided by the embodiments can obtain high capacity and high conductivity as the carbon-containing nuclear body; in addition, the carbon-containing nuclear body can be isolated by the shell, so that the problems of low initial efficiency and short cycle life of the battery manufactured by the carbon-containing nuclear body caused by poor compatibility between the carbon-containing nuclear body and an electrolyte can be avoided; and the capacity of the battery is increased.

The invention discloses a displacement spring and an artificial intervertebral disk with the displacement spring, in particular an artificial intervertebral disk which can buffer the axial pressure by using the displacement spring. The artificial intervertebral disk comprises the displacement spring, wherein the displacement spring comprises a substrate, an inclined plate and an end sheet; the substrate is provided with a first hollow rupture; the inclined plate is provided with a first connecting side which is connected with one side of the first rupture, so that an angle is formed between the inclined plate and the substrate; the inclined plate is provided with a second hollow rupture; and the end sheet is provided with a second connecting side which is connected with one side of the second rupture, so that an angle is formed between the end sheet and the inclined plate and the end sheet is parallel to the substrate. The artificial intervertebral disk which is provided with the displacement spring is provided with an upper end plate, a lower end plate, a nuclear body and a joint body, wherein the upper end plate and the lower end plate are connected with a lower side plane and an upper side plane of the vertebral body; the nuclear body is matched and tightly contacted with the joint body and arranged between the upper end plate and the lower end plate. Therefore, the artificial intervertebral disk has wide motion angle and the function of buffering the axial pressure.

The invention relates to a moulding pearl nuclear used for pearl culture, which comprises a moulding pearl nuclear body. The moulding pearl nuclear used for pearl culture is characterized in that the moulding pearl nuclear body is a composite moulding nuclear body consisting of a soft moulding outer die and a hard moulding inner die which is positioned inside the soft moulding outer die and has the function of supporting. Due to adoption of the structure of the composite nuclear body consisting of the soft moulding outer die and the hard moulding inner die, the advantages of soft materials and hard materials are skillfully combined together, so as to make the moulding pearl nuclear have the advantages during the process of pearl culture: not only the combination tightness of the pearl nuclear and conchs can be effectively improved but also mantles of pearly shellfishs are difficult to frazzle and the bead rate is high; and simultaneously the overall moulding of beads can be guaranteed to be regular and have strong depth perception, and the economic value is high. The invention also relates a method for manufacturing the moulding pearl nuclear. The moulding pearl nuclear and the method can be widely applied to the culture of various pearls.

It is an object of the invention to provide a ketone-modified resorcinol-formalin resin, which has a moderate flowability when transformed into an aqueous solution and has both a reduced content of resorcinol monomer and a reduced content of resorcinol-formalin resin of resorcinol pentanuclear or higher nuclear bodies. The invention relates to a ketone-modified resorcinol-formalin resin, which is produced by a two-step reaction and wherein a peak area corresponding resorcinol monomer is 3 to 9% and a peak area corresponding to resorcinol pentanuclear and higher nuclear bodies is 30 to 55% relative to the total peak area obtained by gel permeation chromatographic analysis of the resorcinol-formalin resin.

The invention provides an iteration method and device for a kernel model, and the method comprises the steps: carrying out the desensitization of received data, and extracting and screening feature data from the desensitized data; selecting hyper-parameters from the feature data according to the state of the nuclear body model, and training the nuclear body model; and evaluating the trained nuclear body model, and after the evaluation is qualified, putting the iterated nuclear body model on line. The problem that the performance of the deep learning algorithm is influenced by data change because the distribution of the test data and the distribution of the training data are changed due to different time is solved; meanwhile, the problem that the performance of the deep learning algorithm is affected by data change due to the fact that the distribution of test data and the distribution of training data change due to different scenes is also solved; according to the method provided by the invention, the updated model can be adaptive to each scene, the extreme performance of the algorithm is brought into play, and the nuclear body verification accuracy of the algorithm is improved.

The invention provides a nucleic acid detection microsphere and a preparation method thereof, a kit and a high-throughput nucleic acid detection method. The nucleic acid detection microsphere is composed of nuclear bodies with fluorescence coding information and a coating layer of primers or probes. A variety of the nucleic acid detection microspheres are randomly distributed into micro-droplets generated by a nucleic acid reaction solution of a to-be-detected sample. When a temperature rises to 60 DEG C or above, the coating layers melt, and the primers and the probes are released into the nucleic acid reaction solution of the to-be-detected sample, so a complete nucleic acid amplification reaction system is formed; and the fluorescence coding nuclear bodies are left in a nucleic acid amplification solution and serve as fluorescence labels for marking the micro-droplets. By detecting the nuclear bodies with fluorescence coding information in each micro-droplet, the micro-droplet withonly one nuclear body is screened out as an effective droplet and subjected to subsequent analysis to obtain primer and probe types in the effective micro-droplet; and then a report fluorescence signal after a nucleic acid amplification reaction is read so as to determine whether corresponding to-be-detected target nucleic acid molecules exist in the effective micro-droplet or not.

The invention provides a colored hollow polymer emulsion and a preparation method thereof. Specifically, the invention relates to a particle containing a dye. The particle comprises: a nuclear body, which is formed on the basis of a first polar material; a transition layer, which is formed on the external surface of the nuclear body on the basis of a second polar material and the first polar material; and a supporting layer, which is formed on the external surface of the transition layer on the basis of the second polar material; wherein the dye is dispersed in at least one selected from the group consisting of the nuclear body, the transition layer and the supporting layer and is in covalent binding with at least one selected from the group consisting of the nuclear body, the transition layer and the supporting layer. Therefore, the nuclear body provides a hydrophilic nucleus structure for the particle and enables the particle containing the dye to have an adjustable multilayer structure; and thus, the application scope of the particle prepared in embodiments in the invention is further broadened.

The invention provides universal anil slow-release blended fertilizer which is prepared by mixing early-stage fertilizer, medium-term fertilizer and later-period fertilizer. The early-stage fertilizer is particles composed of early-stage fertilizer inorganic fertilizer nuclear bodies and early-stage fertilizer hydrogel layers wrapping the early-stage fertilizer inorganic fertilizer nuclear bodies. The medium-term fertilizer is particles composed of medium-term fertilizer inorganic fertilizer nuclear bodies, and medium-term fertilizer chicken manure organic fertilizer layers and medium-term fertilizer hydrogel layers which wrap the medium-term fertilizer inorganic fertilizer nuclear bodies from inside to outside. The later-period fertilizer is particles composed of later-period fertilizer inorganic fertilizer nuclear bodies, and later-period fertilizer chicken manure organic fertilizer layers, later-period fertilizer inorganic fertilizer diatom layers and later-period fertilizer hydrogel layers which wrap the later-period fertilizer inorganic fertilizer nuclear bodies from inside to outside. The invention provides a preparation method of the universal anil slow-release blended fertilizer, necessary fertilizer nutrients can be better obtained during the whole growth circles of plants, and normal growth of the plants at all growth stages can be promoted.