6 results about "Atomic composition" patented technology

The application relates to a method for preparing high-performance coconut shell activated carbon and application, and relates to a method for preparing high-performance coconut shell activated carbon. The application aims to solve the problems of high energy consumption, long activation time and high cost of additional reagents in the prior art. The method comprises the following steps: 1, crushing coconut shells; 2, ball milling the crushed coconut shells and coconut bran; 3, controlling temperature for calcination in sections; and 4, activating the reaction product by passing into hot steam to obtain high-performance coconut shell activated carbon. The method improves the performance of the activated carbon from two microcosmic aspects of atomic composition and atomic configuration, improves the graphitization degree of carbon atoms on one hand, and introduces nitrogen / sulfur / phosphorus heteroatoms to simultaneously affect the spin effect, charge effect and ligand effect of carbon atoms in the crystal lattice and further strengthen the adsorption of organic matters on the other hand. The whole process does not need additional chemical reagents, the technological process is simple, and the method is beneficial to industrial production.

A sintered body of an oxide contains an In element, a Ga element, and an Al element, in which an atomic composition ratio of the In element and an atomic composition ratio of the Al element respectively satisfy a formula (1) and a formula (2) below,[In] / ([In]+[Ga]+[Al])>0.70(1)[Al] / ([In]+[Ga]+[Al])>0.01.(2)

A protective layer (5) is formed of an inorganic material, and one surface of an electrode (1) in the thickness direction includes the protective layer (5). In the measurement of the atomic composition by Auger electron spectroscopy on one surface of the electrode (1) in the thickness direction, the proportion of elements derived from the inorganic material is 30 atom% or less.

Chemical composition of a component fabricated using high energy density input based three-dimensional additive manufacturing is in-situ monitored in real time. Laser Energy Assisted Breakdown Spectroscopy (LEABS) is coupled with a rapid physics-informed peak identification algorithm (RPIPIA) to monitor the atomic composition of component material (metallic, intermetallic, ceramic and metallic or ceramic matrix composites) in pseudo-real time during its fabrication using high energy density (laser, ion beam, gas plasma, electric resistance / discharge, gas torch) input (HEDI) based additive manufacturing.

The invention relates to a compound and a preparation method thereof, a thin film and a light-emitting device. The compound has a structure as shown in a formula I. According to the compound, distribution of three atoms B, N and O is reasonably designed, a stable electron-withdrawing deep LUMO central structure composed of the atoms B is formed, N and O are introduced to the periphery to form an electron-donating shell layer, a rigid core-shell structure is formed, and the structure can still keep narrower FWHM when inducing a larger degree of long-range ICT red shift effect, so that the compound has a wide application prospect. And the device efficiency can be improved. And secondly, the rigid core-shell structure is beneficial to weakening non-radiative transition of molecules caused by vibration relaxation, so that the spectrum can be narrowed, and the device efficiency can be improved.

The application discloses a kind of multiphase high-entropy alloy and preparation method and application thereof, belong to the technical field of catalyst efficient activation PMS removes organic pollutants;The metal atom composition of the multiphase high-entropy alloy includes five or more in Co, Cu, Mn, Al, La or Cr;The atomic ratio in the multiphase high-entropy alloy is equimolar, and according to the above-mentioned metal atom composition and the hydrate nitrate of ratio relationship is added into solvent, and precursor solution is prepared;The precursor solution is sequentially pyrolyzed, dried, ground and calcined, and finally the multiphase high-entropy alloy is prepared.The application provides a kind of can reach excellent activation effect and catalyst stability under the condition of no external energy input, and still provides the removal thought of always existing small amount of overflow metal ions and part of not completely mineralized material existing in advanced oxidation process under normal temperature and pressure condition, solves the effect evaluation problem of high-entropy alloy CoCuMnAlLaCr in activation PMS and degradation removal organic pollutants.