11 results about "Electron configuration" patented technology

The embodiment of the invention relates to a method and device for determining quantum system state representation, equipment and a medium. The method proposed herein comprises: generating at least one orbital representation for a plurality of electrons using a first neural network based on an attention mechanism based on respective electron configurations of a plurality of lattice points in a quantum system comprising the plurality of electrons; determining an energy of the quantum system based on the at least one orbital representation; and updating the first neural network by minimizing the energy.

This invention relates to the field of encryption and anti-counterfeiting technology, specifically to a method for preparing and using an organic Sn(IV)-based metal halide reversible light-emitting conversion triple anti-counterfeiting material, comprising introducing organic ligands into a Sn(IV)X4 lattice and doping with ns 2 This invention uses Sn(IV) with a high oxidation state to replace Pb(II) in order to obtain anti-counterfeiting materials. 4+ The outer electron configuration is 4d 10 5s 0 The absence of unstable 5s orbitals gives Sn(IV)-based metal halides their typically excellent environmental and thermal stability, providing the compounds with a rigid crystal structure and stereochemical inertness. Furthermore, through ns... 2 Type Sb metal ions 3+ Doping strategies are employed to enhance the luminescence efficiency of low-dimensional organotin (IV)-based metal halides. This invention utilizes Sb... 3+ Ion doping methods are used to modulate the optical properties of compounds. Sb 3+ Ions belong to ns 2 Type metal ions and Sn 4+ With similar ionic radii and unique photophysical properties, it solves the problem of low luminous efficiency in existing luminescent materials.

The invention provides an Electron entry page generation method and related equipment, and the method comprises the steps: obtaining a pre-constructed Electron configuration file, the Electron configuration file being used for providing an entry page generation capability of an Electron framework; the Electron configuration file is analyzed, a page configuration file is obtained, a program entry of an Electron framework is started, and page attributes of a plurality of Electron entry pages are configured in the page configuration file; in response to the page generation request, determining a target Electron entry page corresponding to the page generation request based on the program entry; and calling a rendering process of the Electron framework by the program entry to generate a target Electron entry page based on the page configuration file and a preset entry page template. According to the method and the device, the Electron entry page can be quickly generated, and the Electron entry page is convenient to maintain.

The invention provides a preparation method of ammonium ferrous sulfate, and relates to the technical field of inorganic salt preparation.The preparation method of the ammonium ferrous sulfate comprises the following steps that raw materials of iron and a sulfuric acid solution are taken and mixed for a reaction, and a ferrous sulfate solution is obtained; adding solid ammonium sulfate into the ferrous sulfate solution to obtain an ammonium ferrous sulfate solution; and taking the ammonium ferrous sulfate solution, filtering impurities, taking filtrate, and performing evaporative crystallization to obtain ammonium ferrous sulfate. Ferrous sulfate reacts with ammonium sulfate to form double salt ammonium ferrous sulfate, and since the electron configuration is affected by a ligand field, the electron configuration of ferrous iron in the double salt is not easy to oxidize due to the influence of the ligand field, and the ferrous iron is not easy to oxidize even if the ferrous iron is fully contacted with air in the filtering process; the method has the advantages that oxidation of ferrous ions is reduced, the impurity content is reduced, the product purity and the batch stability are improved, additional secondary purification treatment is not needed, and the technological process is simplified.

The present invention discloses a method for efficiently synthesizing urea from carbon dioxide and nitrogen based on electron cluster-induced precipitation technology, which relates to the field of electrocatalysis technology and comprises the following steps: S1, catalyst preparation; including precursor preparation and crystallization-pyrolysis process; S2, electrocatalytic urea synthesis experiment; including experimental device construction, electrolyte and gas supply, and electrochemical testing; S3, reaction mechanism analysis; in the present invention, the CoN3-CoAC / NC electrocatalyst constructed by the crystallization-pyrolysis route has an electron precipitation effect generated by the strong coupling of its Co clusters with the Co-N3 sites, which promotes d orbital charge redistribution, optimizes the reactant adsorption configuration, reduces the C-N coupling barrier, improves intrinsic activity and accelerates reaction kinetics; the electron delocalization design based on the CoN3-CoAC / NC system breaks the symmetrical electronic arrangement of the reactants, promotes electron transfer, and realizes effective urea electrosynthesis; and the CoN3-CoAC / NC catalyst exhibits excellent NRR and CO2RR performance.

To provide a photocatalyst capable of efficiently producing methane.SOLUTION: At least one kind of metal ion d0 in which an electron configuration of an outermost d orbital is Md0 and at least one kind of metal ion d10 in which an electron configuration of an outermost d orbital is Md10, a total of the number of kinds of Md0 and the number of kinds of Md10 being 5 or more, in an X-ray diffraction pattern measured by an X-ray diffractometer using a CuK α ray, a half-width of a diffraction peak having the highest intensity among diffraction peaks observed at 2 θ: 29.0 ° to 31.0 ° is 0.20 ° or less.SELECTED DRAWING: Figure 1

The application relates to the technical field of water treatment, and discloses an iron-based coordination assembly as well as a preparation method and application thereof. The iron-based coordination assembly comprises ferrous ions as central ions, and perfluoroalkyl sulfonic acid and / or perfluoroalkyl carboxylic acid with a perfluorinated carbon chain having 7 or 8 carbon atoms as ligand compounds; and the iron-based coordination assembly forms an active catalytic system in an aqueous solution with a pH value of 4.0-5.0. The iron-based coordination assembly provided by the application retains the active 3d electron configuration of Fe 2+ , and effectively breaks the dense hydration layer around Fe 2+ by using the extremely strong hydrophobic effect of the carbon-fluorine chain of the ligand compound, so that a hydrophobic microenvironment rich in NO2 ‑ is constructed at the active site, thereby greatly optimizing the electron transfer path, and successfully solving the key bottleneck of slow reaction rate and low mass transfer efficiency in the traditional Fe 2+ nitrite reduction technology.

The invention provides a novel rare earth doped high-entropy oxide hydrogen isotope permeation resistant coating and a preparation method thereof. The coating is composed of Al, Ti, Cr, Zr, O and at least one rare earth element, through design, the ion radius difference between metal cations is larger than or equal to 10%, the electronegativity difference between the metal cations is larger than or equal to 10%, the special 4f electron configuration of the rare earth element and the lattice distortion effect of a high-entropy system are introduced, and rich and diversified hydrogen isotope capture sites are constructed in the coating. The coating is prepared by adopting a sol-gel method and comprises the steps of preparing a liquid precursor, performing dip-coating to form a film, performing preheating treatment, performing repeated coating, performing final annealing and the like. The method is simple in process and controllable in component, and a compact and uniform amorphous composite structure can be formed at a relatively low temperature. The coating provided by the invention has excellent hydrogen isotope permeation resistance, has a permeation reduction factor (PRF) of more than 2000, and is suitable for nuclear fusion reactors, hydrogen energy storage and transportation equipment and other fields with extremely high hydrogen resistance requirements.

The invention is directed to a quantum computer that comprises NV centers in diamond as quantum bits, and that comprises nuclear spins of atomic nuclei strongly coupled to these NV centers, which are strongly bound to the NV centers, as nuclear quantum bits (hereinafter referred to as strong nuclear quantum bits), and that comprises nuclear spins of atomic nuclei weakly coupled to these NV centers, which are weakly bound to the NV centers, as nuclear quantum bits (hereinafter referred to as weak nuclear quantum bits). The resonance energy for the coupling of these weakly coupled nuclear spins of these atomic nuclei weakly coupled to the respective NV center depends only weakly on the respective spin state of the electron configuration of the NV center weakly coupled to this nuclear spin. The quantum computer controls nuclear spins weakly bound to a NV center differently than nuclear spins strongly bound to the NV center.For this purpose, it preferably has a database of nuclear quantum bits that provides information as to whether it is a strongly or weakly coupled nuclear quantum bit.

The invention provides a current-conducting plate structure of an ozone generator, the ozone generator and a manufacturing method. The current-conducting plate structure comprises a base material layer; the conducting layer is arranged on the base material layer, and the materials of the conducting layer comprise a conducting material and a rare earth element material. The rare earth element material is neodymium, samarium, lanthanum or yttrium. The rare earth element material is added into the conducting layer, due to electron arrangement of the rare earth element, the rare earth element is difficult to react with an oxidizing agent, the rare earth element can inhibit the oxidation reaction of the conducting material to a certain extent, and the oxidation resistance of the conducting layer is improved. As the probability of oxidation reaction of the conductive material is greatly reduced, good conductivity of the conductive material can be ensured. The rare earth elements can influence arrangement and distribution of metal atoms in the conducting layer, so that scattering and blocking of electrons in the transmission process are reduced, and the transmission efficiency of the electrons is improved. The addition of the rare earth element material can improve the hardness and mechanical strength of the conductive layer.

The present invention relates to a Machine and Method to Model Electrons, Atoms, Elements, Molecules, Compounds, and other Fundamental Atomic Structures of the Physical Universe. For example, the structure of the new atomic model for each element is an electron configuration consisting of two parts, a) the outer electron configuration containing one or more electrons distributed in one or more predisposed orbitals, orbiting the atom's nucleus and center of mass; and b) an inner electron configuration is the nucleus, containing one or more electrons distributed in one or more predisposed orbitals, orbiting the atom's center of mass.