43 results about "Molecular Density" patented technology

The invention provides an organic compound and application thereof, and the organic compound has a structure as shown in formula I, has bipolar characteristics, and realizes higher triplet state energy level ET, higher molecular density and stronger intramolecular charge transport. The organic compound is used as a luminescent layer material of an OLED device, and can be used as a host material, aguest material or a co-doped material. The organic compound provided by the invention, as a luminescent layer material, has relatively high glass transition temperature and molecular thermal stability; meanwhile, the bipolar characteristic of the organic compound is beneficial to electron and hole transmission, the efficiency roll-off of a blue light material can be reduced, the luminance and theexternal quantum efficiency are improved, the turn-on voltage is reduced, the luminous efficiency of the OLED device is remarkably improved, and the service life of the OLED device is remarkably prolonged.

The invention discloses a method and a device for monitoring flight speeds of an air vehicle and environmental parameters thereof. The emitted laser of a single-longitudinal mode narrowband laser interacts with the air to generate Rayleigh-Brillouin scattering, a Rayleigh-Brillouin scattering spectral line is measured by using a heterodyne method of a multi-longitudinal mode laser with a wide radiation line width, the atmospheric molecular density and the temperature information of the environment where the air vehicle is located are obtained by combining the gas scattering theory with a model, meanwhile different flight speeds of the air vehicle are measured according to the Doppler effect, and finally, multiple parameters are simultaneously measured accurately. The method and the devicedisclosed by the invention have the advantages of simultaneously and accurately monitoring multiple parameters from ow speed to high speed and from low altitude to high altitude in real time in all weathers, high sensitivity and high temporal-spatial resolution.

The method of measuring the number of molecules or the molecular density of a sample according to the present invention includes the steps of: a) labeling each of the molecules with a preset number of fluorescent substances before or after the sample is fixed on the substrate surface, b) obtaining an image of the fluorescent substances from the whole of the substrate surface or from a part of the substrate surface, c) measuring the number of the fluorescent spots and the intensity of every fluorescent spot, and d) calculate the number of molecules or the density (concentration) of molecules of the sample based on the above-described measurement results.

The invention in particular relates to a multi-functional blowing shoe mold, and belongs to the technical field of a shoe making mold. The multi-functional blowing shoe mold comprises mold frames that are opened or closed horizontally, wherein air passages are arranged in the mold frames; a bed die is installed in the middle of each mold frame; a shoe tree is positioned above the bed die and corresponds to the bed die in shape and structure; a feed port is formed in the root part of the bed die, wherein a constant-pressure air cabin is arranged at one side of the mold frame; and the bottom of the shoe tree and the bed die form a sole forming cavity that is communicated with the constant-pressure air cabin by the air passages. The multi-functional blowing shoe mold disclosed by the invention ensures that the bottom surface of a sole has high molecular density and good wear resistance, each middle layer has low density, is soft and has good elasticity, raw materials are saved, and the sole has long service life. Simultaneously, one mold can satisfies the production of injection-molding shoes, blowing shoes, pre-plasticized shoes and bicolor shoes, so that multiple purposes are realized by one mold, the manufacturing cost of the mold is saved, and the production efficiency is improved.

The invention provides an organic compound, an electroluminescent material and application thereof, the organic compound has a structure as shown in a formula I, is an organic small molecular compound containing an aza-carbazole condensed ring structure, has the characteristic of bipolar property, has strong intramolecular charge transport capability, and can effectively reduce the efficiency roll-off of a blue light material, and the light-emitting brightness and the light-emitting efficiency are improved. The organic compound is especially suitable for being used as a host material, has a high triplet state energy level T1 and a large molecular density, and has a high glass transition temperature and good molecular thermal stability.Balanced migration of carriers is improved, an exciton recombination area is widened, light extraction efficiency is effectively improved, light emitting efficiency of the device is greatly improved, and service life of the device is greatly prolonged. And the organic compound has a very wide application prospect in electroluminescent devices.

The method includes receiving a digital image of a slide, the slide including the tissue sample, a target dot and a fluoro dot. The digital image includes intensity values of the tissue sample, the target dot and the fluoro dot. The method further includes receiving pixel intensities of the fluoro dot depicted in the image; pixel intensities of the target dot depicted in the image; pixel intensities of an area of the tissue sample depicted in the image; fluorescence-inducing molecule density information indicative of the known density of the fluorescence-inducing molecules in the fluoro dot; target molecule density information indicative of the known density of the target molecules in the target dot; and computing the density of target molecules in the area of the tissue sample as a function of the received pixel intensities and the received molecule density information.

The invention discloses a processing method, based on a matrix of glass, silicon chips and dimethyl silicone polymer, for a biological-contamination resistant array chip. According to the invention, different biological-contamination resistant materials are adopted to build an array area and a non-array area of the chip respectively, so that the surfaces of the entire chip all have the biological-contamination resistant function, and the array area can react with biological components to obtain a functionalized biological probe array. The processing method comprises the following specific steps: conducting silanization on the surfaces of matrix materials; conducting graft polymerization on a biological-contamination resistant monomer; conducting graft polymerization on a biological-contamination resistant and functionalized monomer; conducting the coupling reaction between the biological components and the array area. The array biological chip prepared from the processing method is greatly low in biomolecular nonspecific adsorption, high in probe molecular density and high in signal sensitivity.

The invention discloses a variable temperature infrared light dissociation spectrum device. The device includes a sample source, an ionizer, an ion guiding device, a quadrupole mass spectrometer, a deflector, a variable temperature ion trap, and a time-of-flight mass spectrometer. A sample enters the device from the sample source and is ionized by the ionizer, then the sample is ionized by the ionizer, the sample is subjected to guidance by the ion guiding device, spectrometry selection by the quadrupole mass spectrometer, the deflection of the deflector and the trapping and temperature changeby the variable temperature ion trap, and finally the infrared light dissociation and detection are carried out at the time-of-flight mass spectrometer. The wide-range temperature change (4-300K) process of an infrared light dissociation device ion trap can be realized by the variable temperature ion trap, and the effective detection of a gas phase low molecular density sample can be achieved bya whole set of variable temperature infrared light dissociation spectrum device.

The invention provides an organic compound, an electroluminescent material and application of the organic compound. The organic compound has a structure represented by formula I. Through the special design of a molecular structure and a substituent group, the organic compound has high triplet state energy level ET, high molecular density, high glass transition temperature and high molecular thermal stability, effectively improves the equilibrium migration of carriers, broadens an exciton recombination region, improves the light extraction efficiency, improves the luminous efficiency of an electroluminescent device and prolongs the service life of the electroluminescent device. The organic compound provided by the invention is highly suitable for being applied to a light-emitting layer of an OLED device, and the light-emitting efficiency, chromaticity and service life of the device can be remarkably improved.

The invention relates to a reflective near-ultraviolet cut-off diffusion film, which comprises a substrate and a near-ultraviolet cutoff diffusion layer fixedly arranged on a single surface of the substrate. The near-ultraviolet cutoff diffusion layer is formed by coating and fixing photonic crystal particles or microspheres and a polymer coating having a reflection function on the surface of thesubstrate. The diffusion film is assembled by utilizing a high-molecular structure; and through control of combination of different polymer monomers, initiator dosage and initiating conditions, molecular density gradient difference is formed, high-molecular polymer internal high-low refractive index difference is realized, high and low refractive index matching is realized, partial reflection in 400-450nm band is achieved and a near-ultraviolet cut-off function is realized. A preparation method of the film is cheap in price and simple in process, and only one layer of molecular coating needs to be coated on the surface of the substrate, thereby helping to realize industrialization. The prepared reflective near-ultraviolet cut-off diffusion film can be widely applied to a display screen orlighting near-ultraviolet cutoff, and can also be used for improving color gamut and light source intensity.

The invention discloses a material of a container for depositing a superhigh-purity reagent. According to the material provided by the invention, polyethylene with three molecular weights and a small quantity of polytetrafluoroethylene are selected as materials, and the materials include the following components by weight percent: 3-5% of low molecular weight polyethylene, 80-82% of common molecular weight polyethylene, 5-8% of high molecular weight polyethylene, 1-5% of superhigh molecular weight polyethylene and 2-9% of common molecular weight polytetrafluoroethylene; all materials are uniformly mixed and then are prepared into the plastic container through utilizing a plastic processing device and a plastic mould. The materials can extremely express the advantages of the polyethylene with different molecular weights and different molecular densities and also generate the different corrosion-resisting and anti-oxidizing effects. The plastic container which is manufactured by the material has the advantages of strong acid resistance, strong base resistance, strong oxidization resistance and good compatible performance; and physical performances and mechanical performances of the plastic container are better than those of the traditional common plastic container.

The invention relates to a nitrogen-doped diimide compound. The compound is provided with a structure as shown in Formula (I), wherein X<1>, X<2>, X<3> and X<4> are carbon or nitrogen atoms, and at least one is a nitrogen atom; L is a linker or linkers, and D is a donor or donors; m is the number of the linker(s) L, n is the number of the donor(s) D, m is 0, 1 or 2, and n is 1 or 2; R is preferredto be a substituted or unsubstituted C6-C40 aryl group, or a substituted or unsubstituted C5-C40 heteroaryl group; and L is preferred to be a substituted or unsubstituted C3-C20 heterocyclic group (groups), a substituted or unsubstituted C6-C40 aryl group (groups), or a substituted or unsubstituted C5-C40 heteroaryl group (groups). The nitrogen-doped diimide compound provided by the invention isused as a principal material or a CPL layer material of an electroluminescent device, achieves a higher triplet energy level E<T>, a larger molecular density, a higher glass transition temperature andhigher molecular heat stability, and can effectively improve balance migration of carriers, expand the exciton recombination domain, effectively improve the optical extraction efficiency, enhance thelight-emitting efficiency of the device, and prolong the service life of the device. The invention further provides an organic light-emitting display device.

The invention provides an organic compound, an organic electroluminescent material and application thereof. The organic compound has a structure as shown in a formula I. Through the special design ofa mother nucleus structure and a substituent group, the organic compound has a high triplet state energy level ET, a large molecular density, a high glass transition temperature and high molecular thermal stability, effectively improves carrier balance migration, broadens an exciton recombination region, improves the light extraction efficiency and substantially improves the luminescence efficiency and service life of an electroluminescent device. The organic compound can be used in a light-emitting layer or an electron transport layer of an OLED device, is especially suitable for being applied to the light-emitting layer of the OLED device as a phosphorescent host material, can significantly improve the light-emitting efficiency and chromaticity of the device, reduces the turn-on voltageand energy consumption of the device, and prolongs the service life of the device.

The invention relates to a novel solid-color multi-coating composition layer which is characterized by sequentially comprising a UV (ultraviolet) bottom layer, a solid-color coating layer and a UV upper surface layer, wherein the primary pulp of the UV bottom layer is formed by adding mineral powder into UV coating primary pulp for uniform stirring; the solid-color coating layer is formed by adding alkyd resin with an adhesion infiltration effect into a solid-color coating. According to the novel solid-color multi-coating composition layer, the characteristic that another coating layer cannot be adhered to the surface of the UV coating primary pulp due to the fact that the molecular density of the UV coating primary pulp is increased (namely gaps between molecules are gradually reduced) in a drying process of the UV coating primary pulp is actually utilized, a physical principle is utilized, the mineral powder is added into the UV coating primary pulp, and the mineral ions of the mineral powder enter the molecular gaps of the UV coating primary pulp, so that the molecular density of the surface of the UV coating primary pulp is lower than that of a UV coating in the prior art after the UV coating primary pulp is dried, and the solid-color coating layer can be conveniently and smoothly arranged on the upper surface of the UV bottom layer.

The invention belongs to the technical field of mat rush for knitting, and particularly relates to a method for improving the dyeing fastness of the mat rush. The method comprises the following stepsof preparing a mixed solution, treating the mat rush with the mixed solution, preparing dyed materials and preparing braided raw materials. Compared with the prior art, the method has the advantagesthat the mixed solution can be used for modifying the mat rush, so that organic matters in the mat rush can be combined with the mixed solution; in the dyeing process, dye can be tightly attached to fibers through a capillary pore passage, so that the dyeing efficiency is improved; and an alkaline dyeing auxiliary agent is matched, and a protective film with the lubricating effect can be formed onthe surface of the mat rush, so that the reasonable regulation and control of the dyeing condition can be realized, the molecular density of the mat rush can be in a proper state, the dyeing frictionfastness of the mat rush is improved, and the dyeing requirement of the handicraft is met.

The invention discloses a preparation method of a film material with a spectrally selective reflection colorful coating, which comprises the steps of coating a spectrally selective colorful reflection coating on a corona surface of a high-transmittance optical-grade transparent PET film through MG, and evaporating excessive solvent on the coating surface through an oven by virtue of a conveying device, wherein the baking time is 30-60 seconds, and the coating surface passes through the conveying device and passes through a UV light curing machine to fix the screw pitch gradient so as to obtain the film material with the spectrally selective reflection colorful coating. The preparation process is simple, the used polymer monomer is polymerized into a cross-linked polymer network, and good thermal mechanical stability and good weather resistance are achieved. Compared with a multi-layer extrusion and coating process, the cost is reduced; the polymer monomer has several components, self-assembly of two or more molecules can be achieved, a molecular density gradient difference is formed, high and low refractive index matching in the same high polymer can be achieved through cross-linking of chiral molecules, accurate waveband reflection is achieved, and a colorful function is achieved.

The invention relates to the technical field of research on light hydrocarbon generation equipment and discloses a method for improving the surface stain resistance of a light hydrocarbon generation device. The method comprises the steps that firstly, the surface of a cavity of the generation device is deeply cleaned, and water-soluble and oil-soluble stains on the surface are removed; furthermoreoleic acid and kerosene are mixed according to a certain mass ratio, polyethylene polyamine is added, and a rheologically-permeable emulsion is prepared; and the molecular density of the metal surface can be increased due to the fact that the metal surface of the cavity is coated with a coating, meanwhile a basis is built for the stain-resistant painting coating, and the coating has the beneficial effects that the durability is extremely high, and continuous use can be achieved without polluting the cavity.