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91results about How to "Luminous intensity" patented technology
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A comprehensive therapeutical instrument for amblyopia with three-level vision function
InactiveCN101156815AImprove eyesightCreate stereo visionEye exercisersEye treatmentThree levelContrast level
The invention belongs to the technical field of an ophthalmology specialty medical apparatus, in particular to a weak sight integrated therapeutic apparatus with triple visual function. The invention comprises a base seat, a support seat and a main body, wherein, the base seat is connected with the casing body of the main body through the support seat, a binocular tube, convex lens, a picture, a light guide sheet and a back light source are arranged in the casing body of the main body, the convex lens, the picture, the light guide sheet and the back light source are installed along each eyepiece sleeve shaft in sequence. Through the technical proposal of the invention, the weak sight integrated therapeutic apparatus not only has the function of Haidinger brush training, red light flickering training, fine grade sight contrast training, optical grating training, fine eyesight training and afterimage training, but also has the function of triple visual function training, including binocular vision, stereo vision and a confluence function, the invention not only can improve the eyesight of a weak sight patient through the fine eyesight training, but also can recovery and establish the stereo vision of the weak sight patient through the triple visual function training.
Owner:ZHEJIANG UNIV OF TECH
Luminescent glaze for enamel painted porcelain and preparation method and application thereof
The invention discloses luminescent glaze for enamel painted porcelain and a preparation method and application thereof. The luminescent glaze for enamel painted porcelain comprises basic glaze for the enamel painted porcelain and a protective-glaze luminescent material, wherein the protective-glaze luminescent material is prepared by firstly mixing and then repeatedly braking the flux for the protective-glaze luminescent material and a luminescent material, and the flux for the protective-glaze luminescent material comprises the following components in percentage by weight: 42-48 percent of SiO2, 3-7 percent of SrO, 15-21 percent of B2O3, 0.2-1.2 percent of Al2O3, 3-7 percent of Li2O, 2-7 percent of Na2O, 1-3 percent of K2O, 0.6-3.8 percent of metal fluoride, 2-3.5 percent of P2O5, 0-0.5 percent of Ta2O3, 0-1 percent of Nb2O5, 0-0.5 percent of ZrO2, 0-3 percent of CeO2, 0-0.5 percent of La2O3, 0-2 percent of Y2O3, 5-10 percent of ZnO, and 0-5 percent of MgO. According to the luminescent glaze for the enamel painted porcelain provided by the invention, the thermal stability and luminescence properties of the luminescent material can be guaranteed so as to improve the luminance and luminous time of the prepared painted porcelain after irradiation, while the various characteristics of the traditional enamel painted porcelain can be maintained.
Owner:HUNAN LILING HONGYU HONGCI CERAMICS
Color emission device
InactiveUS7233104B2Luminous intensityIncrease brightnessIncadescent screens/filtersDischarge tube luminescnet screensPeak valueLightness
An organic EL element (200) emits light containing a blue component (B) and a component (θ) with a peak in 500 to 600 nm. A red converting member (360) has an excitation spectrum with a peak in 500 to 600 nm. The red converting member receives light from the organic EL element (200) and converts the blue component (B) to a red component (R). At this time, the luminance of the red component (R) is enhanced since the member (360) is strongly excited by the component (θ). As a result, the white balance of three colors is improved. Therefore a color emission device (100) can be provided where the intensity of red light is enhanced.
Owner:IDEMITSU KOSAN CO LTD
Titanium barium phosphate salt, and preparation method and application thereof
InactiveCN102517009AEasy to controlLuminous intensityX-ray/infra-red processesLuminescent compositionsPhosphateCrystallinity
The invention discloses a titanium barium phosphate salt, and a preparation method and application thereof. A chemical formula of the titanium barium phosphate salt is Ba2-2xM2xTiP2-2yN2yO9, in the formula, M is divalent metal ions or trivalent rare earth elements; x is a mol percentage of M-substituted barium ion Ba2<+>, and x is more than or equal to 0.00001 but less than or equal to 0.5; N is one or more of vanadium ion V<5+>, zirconium ion Zr<4+>, tungsten ion W<5+> and molybdenum ion Mo<5+>; and y is the mol percentage of N-substituted phosphorus ion P<5+>, and y is more than or equal to 0.00001 but less than or equal to 0.5. The titanium barium phosphate salt is high in crystallinity, good in lighting quality, low in cost, simple in preparation process and free of pollution. Under exciting of X-ray, light output of Ba2TiP2O9 is equal to that of a commercial scintillator bismuth germinate Bi4Ge3O12; a lighting peak position is excellently matched with a photomultiplier tube; and the titanium barium phosphate salt can be used for detecting energetic particles, X-ray computer tomography, positron emission tomography technology, security checking, industrial detection and nuclear medical imaging.
Owner:SUZHOU UNIV
Peroxynitrite ion detection probe as well as preparation method and application thereof
ActiveCN105866083ALuminous intensityImprove stabilityFluorescence/phosphorescenceNitrite ionFluorescence
The invention discloses a peroxynitrite ion detection probe as well as a preparation method and application thereof. The peroxynitrite ion detection probe comprises a fluorescent nano material and an enzyme, wherein the enzyme is combined with the fluorescent nano material, has an oxidation-reduction property and can be selectively oxidized by peroxynitrite ions to form an oxidized enzyme; after the fluorescent nano material is radiated by excited light, electrons in an excited state can be transferred to the oxidized enzyme and cannot turn back to a base state, and then fluorescent light of the fluorescent nano material can be quenched. As an inorganic light-emitting material is adopted as fluorophore, the peroxynitrite ion detection probe disclosed by the invention is intense in light emission, good in stability and less prone to photo-bleach; the surface of the probe is modified with the enzyme with oxidation-reduction property, and the enzyme can be selectively oxidized by ONOO<->, so that the probe is not interfered by other active oxygen (ROS) or active nitrogen (RNS), and is excellent in specificity.
Owner:NINGBO INST OF MATERIALS TECH & ENG CHINESE ACADEMY OF SCI
LED lamp and control circuit thereof
InactiveCN102811525ALuminous intensityRealize automatic dimmingElectric light circuit arrangementPotentiometerLight source
The invention discloses an LED lamp and a control circuit thereof. The control circuit comprises a photosensitive resistor, a light adjusting potentiometer and a control module, wherein the photosensitive resistor and the light adjusting potentiometer are connected in series between a power supply input end and a grounding end; the adjustable end of the light adjusting potentiometer is connected with the first input end of the control module; the control module is used for processing and analyzing a voltage signal received by the first input end and driving an LED light source to emit light with corresponding luminance; in the control module, a light adjusting gear setting unit receives a first voltage signal input by the first input end due to the change of the light adjusting potentiometer, and chooses the corresponding duty ratio of a PWM modulation wave; a luminance sensing adjusting unit receives a second voltage signal input by the first input end due to the change of the photosensitive resistor, and chooses the corresponding duty ratio of the PWM modulation wave; and a control signal generating unit generates the PWM modulation wave according to the duty ratio chosen by the light adjusting gear setting unit or the luminance sensing adjusting unit. According to the technical scheme provided by the embodiment of the invention, the LED lamp can automatically adjust the light with the change of the environment luminance.
Owner:OCEANS KING LIGHTING SCI&TECH CO LTD +1
Polymer quantum dot capable of detecting heavy metal ions and preparation method thereof
InactiveCN106893580ALow biological toxicitySmall sizeFluorescence/phosphorescenceLuminescent compositionsFluorescenceQuantum dot
The invention provides a polymer quantum dot capable of detecting heavy metal ions. The polymer quantum dot is based on the principle that an amino group and a mercapto group coordinate metal ions to make polymer quantum dot fluorescence quenched or strengthened, a simple and low-cost high-temperature hydrothermal synthesis method is adopted, the biological toxicity of a polymer is low, the size is small, light is strong, and the polymer quantum dot has very high selectivity and sensitivity on heavy metal ions such as Hg<2+>, Cu<2+>, Cr<6+> and Ag<+>.
Owner:CHINA WEST NORMAL UNIVERSITY
Blue light-emitting material and preparation method thereof
InactiveCN102533268AGood luminous propertiesSimple preparation processLuminescent compositionsIonEuropium ion
The invention discloses a blue light-emitting material and a preparation method thereof. The blue light-emitting material has a chemical composition expression formula of Ba1-xEuxCa2MgSi2O8, wherein Eu<2+> ( bivalent rare earth europium ion) is an active ion, and x is the molar percentage coefficient of the active ion Eu<2+> relative to alkaline earth metal ion Ba<2+> and is not less than 0.001 and not more than 0.10. According to the invention, the preparation method is simple; and the prepared novel rare earth light-emitting material can emit blue light under the excitation of ultraviolet, has stronger light intensity than traditional commercial blue fluorescent powder BaMgAl10O17:Eu<2+> (BAM), and also has relatively better luminance intensity under the vacuum ultraviolet excitation.
Owner:SUN YAT SEN UNIV
Light emitting diode and method of fabricating the same
ActiveUS20180033976A1Increase intensityHigh light efficiencySolid-state devicesSemiconductor/solid-state device manufacturingHole transport layerActive layer
A light emitting diode and a method of fabricating the same are described. The light emitting diode has: a hole transport layer, an active layer and an electron transport layer. The active layer is disposed on the hole transport layer, and the active layer has a mesophase structure of an organic amine compound and a perovskite structure compound. The electron transport layer is disposed on the active layer.
Owner:NAT CHENG KUNG UNIV
Preparation method of one-dimensional SiO<2>: Eu<3+> fiber luminescent material with dimension controllable
ActiveCN105088418AImprove performanceDid not change the amorphous structureInorganic material artificial filamentsLuminescent compositionsElectrospinningAfter treatment
The invention provides a preparation method of a one-dimensional SiO<2> luminescent material with europium ions doped and the dimension controllable and belongs to the field of inorganic luminescent materials. According to the method, an electrostatic spinning method is adopted, and the high-temperature calcination after-treatment is combined, one-dimensional SiO<2> fibers with europium doped are prepared out, and the method is characterized in that the fibers are synthesized by one step, the yield is high, the shape and appearance are uniform, Eu<3+> ions exist in the fibers stably, the washing process is not required, and impurity components can be completely removed through the high-temperature calcination in air, thereby pure and homogeneous SiO<2> : Eu<3+> fibers are obtained. Under the ultraviolet excitation, the fibers present obvious transition from <5>D<0> to <7>F<2> of the Eu<3+> ions, and the fibers are in bright red under the illumination of an ultraviolet lamp. The preparation method is great in operability and good in reproducibility, an obtained product is stable in performance and excellent in light-emitting, and the possibility of applying one-dimensional fluorescent materials with rare-earth ions doped to preparation of opto devices and optical sensors in future is provided.
Owner:JILIN UNIV
Rare earth functionalized water-based acrylic resin anti-fouling luminescent coating
InactiveCN110564251AStrong stain resistanceNo radioactivityAntifouling/underwater paintsLuminescent paintsWater basedAcrylic resin
The invention relates to a rare earth functionalized water-based acrylic resin anti-fouling luminescent coating. The coating comprises the following components in parts by weight: 55.0 to 80.0 parts of low-surface-tension rare earth functionalized water-based acrylic resin, 0.0 to 25.0 parts of a filler, 0.2 to 0.5 part of a thickening anti-settling agent, 0.5 to 1.0 part of a silane coupling agent, 0.1 to 0.8 part of a dispersing agent, 2.5 to 6.5 parts of a film-forming auxiliary agent, 0.3 to 0.8 part of a defoaming agent, 0.3 to 0.6 part of a wetting agent, 0.3 to 0.6 part of a levelling agent and 10.0 to 30.0 parts of deionized water, wherein the low-surface-tension rare earth functionalized water-based acrylic resin is mainly prepared from an acrylic acid soft monomer, an acrylic acid hard monomer, hydroxyethyl acrylate, polyisocyanate, a fluoroalkene monomer, a hydroxyl Schiff base monomer, a rare earth solution, absolute ethyl alcohol, acrylic acid and a neutralizer through a reaction. The rare-earth functionalized water-based acrylic resin anti-fouling luminescent coating prepared by the invention does not need additionally-added luminescent powder or an anti-fouling agent, has the characteristics of difficulty in pulverization, low surface tension, strong anti-fouling capability, long luminescent duration and the like, and has wide application prospects.
Owner:UNION FOSHAN CHEM +1
White-light fluorescent powder as well as preparation method and application thereof
InactiveCN111876156ALuminous intensityImprove efficiencyEnergy efficient lightingLuminescent compositionsPhysical chemistryCombinatorial chemistry
The invention discloses white-light fluorescent powder as well as a preparation method and application thereof, the white-light fluorescent powder is selected from at least one of substances with a chemical general formula shown in a formula I: Cs2Sn1-xTexCl6, wherein the x is greater than 0 and less than 1. The white light fluorescent powder is stable in structure and performance, simple in preparation process and good in repeatability.
Owner:HUAZHONG UNIV OF SCI & TECH
A comprehensive therapeutical instrument for amblyopia with three-level vision function
InactiveCN101156815BImprove eyesightCreate stereo visionEye exercisersEye treatmentThree levelEyepiece
Owner:ZHEJIANG UNIV OF TECH
Preparation method for sensitization-enhanced green light-emitting high-silica glass
The invention provides a preparation method for sensitization-enhanced green light-emitting high-silica glass. The preparation method comprises the following steps: melting borosilicate glass, controlling heat treatment conditions, restricting the degree of phase-splitting and carrying out acid leaching so as to obtain porous glass which contains a part of residual Na <+> ions; dipping the porous glass in a solution containing Tb and Eu ions for immersion and doping; and sintering the porous glass at a high temperature in a reducing atmosphere so as to obtain the compact sensitization-enhanced green light-emitting high-silica glass. According to the invention, since a glass structure has Na <+>, energy transfer between ion is achieved and the excitation band of Tb<3+> ions is transferred and becomes about 320 nm instead of about 245 nm, thereby not only effectively increasing the excitation bandwidth of Tb<3+> but also greatly improving luminous intensity. The sensitization-enhanced green light-emitting high-silica glass prepared in the invention is expected to be used as a novel luminescence and laser material in a variety of fields like scientific research, national defense and health care.
Owner:SHANGHAI INST OF OPTICS & FINE MECHANICS CHINESE ACAD OF SCI
2,7-bis(2,4-dimethoxyphenyl)diphenylmethylene fluorene, trimer compound and preparation method and application thereof
ActiveCN111747830AExpand performanceExpand scopeOrganic chemistryOrganic compound preparationFluorescenceSolvent
The invention discloses 2,7-bis(2,4-dimethoxyphenyl)diphenylmethylene fluorene, a trimer compound as well as a preparation method and application thereof. The 2,7-bis(2,4-dimethoxyphenyl)diphenyl methylene fluorene in an AIE material molecule is used for forming, through connection of methylene, a cyclic trimer blue light material molecule, wherein the tetraphenyl ethylene is a typical AIE molecule, and the performance and the application range of AIE can be greatly expanded by constructing the molecule containing the tetraphenyl ethylene skeleton. The monomer containing the tetraphenyl ethylene skeleton and the cyclic trimer can be used as AIE luminescent materials, the novel macrocyclic compound and the monomer have good AIE luminescent properties, and the emission wavelength of fluorescence is 373 nm. In addition, the material does not emit light in a benign solvent, a light emitting phenomenon can occur along with gradual addition of a benign solvent, when the benign solvent accounts for 70% of the total volume, the light emitting is strongest and is enhanced by nearly 1000 times, and the material belongs to a typical AIE material.
Owner:SHANGHAI UNIV
Trivalent europium-doped barium fluochloride nano luminescent material and preparation method thereof
The invention relates to the preparation of nano fluorescent material. The components of the prepared BaFCl nano-crystal are as follows: xEu3 plus minus (1 minus x) BaFCl (wherein x equal to 0.05 minus 25mol percent). When a fluorescence spectrometer is used to measure the illumination of Eu:BaFCl sample, the wide emission peak and the sharp emission peak of Eu3 plus at two different lattice points can be respectively obtained at 591.7nm, 612.6nm and 699.9nm and at 582.2nm, 617.2nm and 699.2nm by choosing the excitation wavelength at 392.5nm and 464.8nm.
Owner:FUJIAN INST OF RES ON THE STRUCTURE OF MATTER CHINESE ACAD OF SCI
Automobile lamp
InactiveCN104501057ALuminous intensityGood luminous effectPoint-like light sourceLighting heating/cooling arrangementsLamp shellEngineering
The invention relates to an automobile lamp which comprises an LED light-emitting component, a circuit board, a lamp shell, a cooling ring, a lamp holder, a reflecting cover and a front lens. The LED light-emitting component is fixedly installed at the front end of the circuit board, the lamp holder is fixedly installed at the rear end of the circuit board, the cooling ring is arranged on the outer periphery of the circuit board, the rear end of the cooling ring is fixedly connected with the lamp holder, the front end of the cooling ring is detachably connected with the reflecting cover which is located on the outer periphery of the LED light-emitting component, the lamp holder is detachably installed at the rear end of the lamp holder, and the front lens is fixedly installed at the front end of the reflecting cover. Compared with the prior art, the automobile lamp is good in lighting effect, high in light intensity, good in cooling and long in service life.
Owner:龙桂山
Display device
InactiveUS20070296325A1Improve Bright Room ContrastSuppress lightTelevision system detailsAddress electrodesLuminous intensityDisplay device
An optical filter is provided on the output side of light from plural kinds of cells that output light with colors different from one another. In the optical filter, the penetrable rate of at least a portion of the wavelength band of light output from the cell with the color having highest luminescent intensity is set lower than that of the wavelength band of other kinds of cells. Consequently, the reflectance rate of outer light incident to a display can be reduced. Particularly, in a room environment using artificial lighting, the reflectance rate of outer light can be reduced in the wavelength band of light with relatively high luminescent intensity. Resultingly, bright room contrast can be improved by suppressing the reflection of outer light. Since the penetrable rate of the color with the highest luminescent intensity is reduced, reduction in brightness of the display can be kept to a minimum.
Owner:HITACHI CONSUMER ELECTRONICS CORP
Preparation method of mono-disperse gadolinium borate nanometer crystal
InactiveCN102633276APromote crystallizationReduce reunionLuminescent compositionsBoratesPolytetrafluoroethyleneTemperature treatment
The invention provides a preparation method of mono-disperse gadolinium borate nanometer crystal. The preparation method comprises the following steps of: chelating a chelant and gadolinium chloride in a water solution; after stirring, adding a boric acid solution in the solution; after uniformly mixing, transferring the obtained solution to a polytetrafluoroethylene-lined hydrothermal reaction kettle and heating; centrifuging the reacted solution and washing with water and ethanol; and separating solids and drying the solids in a drying device, so as to obtain gadolinium borate nanometer crystal powder. The preparation method provided by the invention has the advantages of simple preparation process and temperate reaction conditions. Crystallized powder can be directly obtained without high-temperature treatment of the reaction product.
Owner:ZHEJIANG NORMAL UNIVERSITY
Nano probe for biological micro-area and photothermal therapy and synthesis method and detection method thereof
ActiveCN110205130AAvoid thermal effectsImprove sensitivity and precisionNanoopticsThermometers using physical/chemical changesPhysicsLight conversion efficiency
The invention relates to the technical field of non-contact micro-area temperature detection measurement and discloses a nano probe for biological micro-area and photothermal therapy and a synthesis method and a detection method thereof. Upconversion nanoparticles adopt optical rate detection temperature and are excited by 808 nm laser, heat effect interference of water absorption is avoided, 808nm two-photon near-infrared direct excitation and two-excitation process based on dye energy resonance transfer excitation effectively improve the luminescent conversion efficiency and the temperaturemeasurement sensitivity of the nanoparticles. By applying the nano probe for biological micro-area and photothermal therapy and the synthesis method and the detection method, the non-contact measurement of the temperature of a biological cell micro-area or regional temperature can be achieved, the redundant energy during the strong laser excitation can be converted into heat by adjusting the excitation light power and utilizing the strong absorption of a dye, and the accurate thermal shock and simultaneous temperature monitoring for a tumor photothermal therapy can be achieved.
Owner:HUAIYIN INSTITUTE OF TECHNOLOGY
Red luminescent material and preparation method and application thereof
InactiveCN110373191ALuminous intensityBroad emission spectrumSaving energy measuresHorticulture methodsUltraviolet lightsGreen-light
The invention discloses a red luminescent material and a preparation method and application thereof. The red light-emitting material is selected from at least one of substances with a chemical generalformula as shown in a formula I: Gd<3-x>Mn<x>Al<4>Ga<12>, wherein x is greater than or equal to 0.001 and less than or equal to 0.5. The red luminescent material provided by the invention has wide excitation and emission spectrums and excellent luminescence property, can emit red light under excitation of ultraviolet light, near ultraviolet light and blue-green light, and can be applied to light-emitting diode (LED) plant illumination.
Owner:宁波市镇海中学 +1
Light emitting diode
InactiveUS20130270515A1Equally distributedHigh luminous intensitySemiconductor devicesQuantum wellLength wave
A light emitting diode includes a substrate, an n-type semiconductor layer, a p-type semiconductor layer, an active layer, a first electrode, and a second electrode. The n-type semiconductor layer is located between the substrate and the p-type semiconductor layer. The active layer is located between the n-type semiconductor layer and the p-type semiconductor layer. The wavelength of light emitted by the active layer is λ, and 222 nm≦λ≦405 nm. The active layer includes i quantum barrier layers and (i−1) quantum wells, each quantum well is located between any two quantum barrier layers, and i is an integer greater than or equal to 2. The thickness of each of the quantum barrier layers counting from the p-type semiconductor layer is T1 to Ti, and T1 is greater than T2 and T3, or T1=T2>T3, or T1>T2>T3.
Owner:IND TECH RES INST
Cesium sodium tungstate scintillating material and its preparation and use
InactiveCN101260297ASave raw materialsStable physical and chemical propertiesLuminescent compositionsBridgman methodTungstate
The invention discloses a scintillation crystal of sodium caesium tungstate, and a preparation method and application thereof, wherein the chemical compositions of the crystal is Cs2-xNaxW2O7,wherein X is more than 0 and less than 2. The poly-crystals containing the compositions is prepared through the solid phase sintering method, and the single crystals containing the compositions is prepared with Bridgman Method. The crystal of sodium caesium tungstate Cs2-xNaxW2O7 with stable performance is the scintillation material with intrinsic illumination, without any doped ion, the illumination of the product excited by X-rays is strong, and the wavelength of the light couples well with the electron-multiplier phototubes of the prior art.
Owner:CHINA JILIANG UNIV
Method for synthesizing organic-inorganic hybrid perovskite monocrystals
InactiveCN109385277AImprove maneuverabilityLuminous intensitySolid-state devicesSemiconductor/solid-state device manufacturingLead bromideOrganic inorganic
The invention discloses a method for synthesizing organic-inorganic hybrid perovskite monocrystals. The method comprises the steps: 1) dissolving lead bromide in hydrobromic acid, preparing a hydrobromic acid solution of lead bromide with the mass-volume ratio of 0.01 g / mL, and recording the solution as a solution A; 2) adding N,N-dimethyl ethylenediamine to the solution A to obtain a solution B,wherein the molar ratio of lead bromide to N,N-dimethyl ethylenediamine is 1:1; and sealing a container mouth with a thin film, and carrying out ultrasonic treatment for 8-10 min; 3) carrying out assisted crystallization with acetone: connecting a constant pressure funnel loaded with acetone with a container containing the solution B, closing a cock of the constant pressure funnel, standing for 2-3 d, and removing the liquid to obtain monocrystals; and 4) washing the obtained crystals with acetone, carrying out vacuum drying, and thus obtaining the perovskite monocrystals. The solid light-emitting monocrystals can be synthesized by trace reaction raw materials and can be implemented in general laboratories, and a green, low-cost and highly operable method is provided for volatile solvent diffusion-assisted monocrystal growth.
Owner:TIANJIN UNIV
Decorating body and decoration display device employing decorating body
InactiveCN103287196AAchieve thinningLuminous intensityLight effect designsOptical light guidesThinningLight source
The invention aims to provide a decorating body and a decoration display device employing the decorating body, by which thinning can be realized and stereoscopic luminescent patterns can be identified visually, in contrary to the fact that stereoscopic patterns cannot be uniformly displayed previously. The decorating body is characterized by comprising a first light guiding body (1) used for guiding light from a light source (LE1) and a light permeating body (2) arranged on the upper surface side of the first light guiding body (1) and allowing light emitted from the first light guiding body (1) to permeate through. The surface of the first light guiding body (1) is provided with a first pattern (11) which is equipped with multiple first pixels (1g) at stipulated intervals (P1). The surface of the light permeating body (2) is provided with a second pattern (12) which is equipped with multiple second pixels (2g) at stipulated intervals (P2) different from the intervals of the first pattern (11). The first pixels of the first pattern enable the light to scatter, while the second pixels of the second pattern shield the light.
Owner:ALPS ALPINE CO LTD
Gynecological fluorescent staining solution as well as preparation method and application thereof
PendingCN114563253ADyeing achievedClear ingredientsPreparing sample for investigationFluorescence/phosphorescenceFluorescent stainingDisodium phosphate
The invention discloses a gynecological fluorescent staining solution and a preparation method and application thereof.The gynecological fluorescent staining solution comprises acridine orange, sodium chloride, EDTA-Na, disodium hydrogen phosphate and citric acid, the components can be combined with different cell substances for staining, so that fluorescence of different colors is displayed under the action of exciting light, the components are clear after staining, and the staining effect is good. Different components present different colors and are easy to identify and distinguish. The preparation method of the gynecological fluorescent staining solution is simple, and the gynecological fluorescent staining solution can be prepared and used at any time and can also be stored and used after being prepared. According to the use method of the gynecological fluorescent staining solution, two nucleic acids, namely DNA and RNA, are mainly displayed, so that the fluorescent staining solution is obvious in luminescence. The use method is simple, observation and detection can be carried out through a fluorescence microscope after the gynecological fluorescent staining solution is dropwise added, the defects of a traditional saline smear method are overcome, and the detection rate is increased.
Owner:HANGZHOU XINLONG MEDICAL TREATMENT TECH CO LTD
Manganese-doped orange germanium stannate long afterglow fluorescent powder and preparation method thereof
InactiveCN109294574AAchieve conversionLuminous intensityLuminescent compositionsUltraviolet lightsBiological activation
The invention discloses a manganese-doped orange germanium stannate long afterglow fluorescent powder, which has a chemical general formula of Na2CaSn2-xGe3O12:xMn<2+>, wherein x is more than or equalto 0.01 and is less than or equal to 2.0%, Sn in the crystal is substituted with Mn, x represents a substitution rate, and the activation ion is Mn<2+>. The invention further discloses a preparationmethod of the manganese-doped orange germanium stannate long afterglow fluorescent powder. According to the present invention, the manganese-doped orange germanium stannate long afterglow fluorescentpowder has long afterglow emission in the range of 500-750 nm under the excitation of 254 nm ultraviolet light, and has an afterglow time of more than 20 s so as to achieve the conversion from ultraviolet light to orange red light; and the afterglow emission waveband of the fluorescent powder of the present invention is long compared with the commercial blue and green long afterglow materials so as to widen the application of the long-wavelength long-afterglow materials, and part of the waveband enters the first biological window (650-950 nm) so as to be expected to achieve biological applications.
Owner:SOUTH CHINA UNIV OF TECH
Nitrogen point-based room-temperature phosphorescent material and preparation method and application thereof
The invention discloses a nitrogen point-based room-temperature phosphorescent material and a preparation method and application thereof. The preparation method comprises the following steps: taking 2-azido imidazole with high reaction activity (azido at the 2 position) as a precursor, carrying out self-polymerization and nucleophilic polymerization in the presence of a liquid nucleophilic reagentto obtain a fluorescent nitrogen point; and enabling the fluorescent nitrogen point to be compounded with a substrate material so as to prepare the room-temperature phosphorescent material. The method for preparing the room-temperature phosphorescent material is simple, controllable, low in energy consumption, convenient to operate, not harsh in condition, good in reproducibility and beneficial to expanded production. The room-temperature phosphorescent material prepared by the method has the characteristics of strong luminescence and good stability, and still has excellent room-temperature phosphorescent characteristics, ultra-long phosphorescent service life and long afterglow time in an amorphous or glassy state; the material can be applied to the fields of environmental detection andbiochemical analysis, and can also be used for preparing fluorescent ink for ink-jet printing, anti-counterfeiting marks and the like.
Owner:SHENZHEN UNIV
Trivalent europium-doped barium fluochloride nano luminescent material and preparation method thereof
ActiveCN101747898BSimple preparation processLow costLuminescent compositionsNanocrystalFluorescence spectrometer
Owner:FUJIAN INST OF RES ON THE STRUCTURE OF MATTER CHINESE ACAD OF SCI
Sensing light-emitting wild fish catching cage
A sensing light-emitting wild fish catching cage is characterized in that a steel framework is square, one corner of the top end of the steel framework is connected with a hanging nose, a square frame on the outer side of the steel framework is wrapped by steel wire meshes, two ends of the steel framework are respectively connected with a fish inlet, each fish inlet is connected with an inner inverted beard in an inward extending manner, a sensor, a fluorescent ring and a bait bag are arranged in the middle of the inner bottom of the steel framework of the cage, the sensor and the fluorescent ring are connected onto the steel framework through pull ropes, one side of the top end of the steel framework is connected with a fish pouring door, and the fish pouring door is hooked on the steel framework through door hooks.
Owner:XUZHOU YITONG FISHING GEAR
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