Product
Patsnap Eureka
For R&D, Patsnap Eureka makes reading and utilizing patents & technical documents easy.
Patsnap Eureka AIR
Designed for self-driven R&D workflows. Generate viable solutions, solve complex R&D challenges, empower your innovation with AI.
Patsnap Eureka Materials
Designed for material experts only. Revolutionize your material R&D, from search, analyze, to developing new materials.
Feature
TechResearch
Generate reliable direction feasibility study reports for your R&D in just a few steps.
TechSeek
Discover and master advanced knowledge NOW. Basics, ideas, possibilities, all at once.
TechMind
As an expert in R&D Theories, TechMind can generates customized viable solutions instantly.
TechRisk
Analyze your overall solution with one click, know your potential R&D risks in advance.
TechMonitor
Get weekly tech updates, stay abreast of the latest tech innovations and key insights.
Patents
Literature
Hiro is an intelligent assistant for R&D personnel, combined with Patent DNA, to facilitate innovative research.
32 results about "Mineral analysis" patented technology
Efficacy Topic
Property
Owner
Technical Advancement
Application Domain
Technology Topic
Technology Field Word
Patent Country/Region
Patent Type
Patent Status
Application Year
Inventor
Trace mineral analysis is a test which measures the mineral content of your hair. Mineral content of the hair reflects the mineral content of the body’s tissue. If a mineral deficiency or excess exists in the hair, it usually indicates a mineral deficiency or excess within the body, or an issue with bio-unavailability.
Method for evaluating shale gas reservoir and searching sweet spot region
InactiveCN104853822AImprove fidelityEstimates are stable and accurateEntertainmentBorehole/well accessoriesWell loggingElastance
The present invention discloses a method for evaluating shale gas reservoirs and searching sweet spot regions, which includes steps as follows: drilling corestone columns with different directions and measuring dynamic and static parameters of the corestone columns after saturation to obtain a transformable relational expression of dynamic and static elasticity modulus, processing physical simulation of anisotropic rocks, and calculating elastic parameters; intersecting to obtain related relationship corresponding to elastic and sensitive parameters or the combination of the elastic and sensitive parameters and parameters of shale gas sweet spot regions, getting and predicating the parameters or parameter combination of the shale gas sweet spot regions; correcting log data to obtain optimal well log; utilizing multi-mineral analysis and corestone test analysis methods to obtain a model and processing in series; inverting three-dimensional high resolution post-stack seismic data; synthesizing obtained various favorable parameters of the shale gas reservoirs and combining the accurate burial depth, thickness, occurrence and planar distribution of the shale gas reservoirs to obtain the gas bearing characteristic prospect of the shale gas reservoirs and outline the sweet spot regions for shale gas exploration and development.
Owner:杨顺伟
Automated Mineral Classification
ActiveUS20140117231A1EfficientlyEfficiently classify mineral samplesMaterial analysis using wave/particle radiationElectric discharge tubesComputer scienceKnowledge level
The present invention discloses a combination of two existing approaches for mineral analysis and makes use of the Similarity Metric Invention, that allows mineral definitions to be described in theoretical compositional terms, meaning that users are not required to find examples of each mineral, or adjust rules. This system allows untrained operators to use it, as opposed to previous systems, which required extensive training and expertise.
Owner:FEI CO
Mineral identification using mineral definitions including variability
ActiveUS8937282B2Material analysis using wave/particle radiationGamma-ray/x-ray microscopesX-rayMineral identification
An improved mineral analysis system includes mineral definitions that include not only characteristics of the minerals, but also variability in those characteristics. The variabilities allow the calculation of ranges of expected values for different quality of measurements, for example, for different numbers of x-ray counts. Match probabilities can therefore be calculated to more accurately determine the composition of a mineral sample.
Owner:FEI CO
Shale classification method
The invention discloses a shale classification method. The method includes the first step of determining the types of macroscopic structures of shales by observing shale cores, the second step of determining organic matter types and total content of organic carbon through kerogen and organic carbon analysis and obtaining the volume fraction of organic matter components through the total content of organic carbon, a conversion coefficient, the organic matter density and the rock density, the third step of determining mineral composition of the shales and obtaining the volume fraction of calcareous mineral components, the volume fraction of felsic mineral components and the volume fraction of clay mineral components through thin section authentication and total rock mineral analysis, the fourth step of classifying the shales according to the four-component three-end-member principle, and the last step of classifying the shales and conducting reasonable simplification through a core macroscopic structure and rock type combined method. The shale classification method is applicable to laboratory studies and outside work, is a method with reasonable logic and high operability for classification of the shales, solves the problems that the shale classification methods are varied and the organic matter components are ignored, and can be used for studying formation causes of the shales conveniently and guiding field logging and fracturing transformation.
Owner:董春梅
A bedrock buried hill crack prediction method and device
The invention provides a bedrock buried hill crack prediction method and device, and the method comprises the steps: carrying out the full-core mineral analysis and element capture logging of a targetregion, and obtaining the lithology distribution; establishing a bedrock geological model according to the seismic data, the conventional logging data, the imaging logging data and the core data of the target area; performing rock core observation, imaging logging and logging data analysis to determine effective crack characteristic parameters of the target area; performing a rock mechanics testto generate rock mechanics test data; establishing a relationship between the crack main control factors and the crack development parameters; and establishing a bedrock buried hill discrete fracturemodel according to the determined effective fracture characteristic parameters, the established relationship between the fracture main control factors and the fracture development parameters and the bedrock geological model, and performing bedrock buried hill fracture prediction on the target area. By integrating multi-source data and various methods, the crack development of the buried hill bedrock reservoir is identified and predicted, finally, a discrete crack model is established, and exploration and development of the buried hill bedrock reservoir are guided.
Owner:PETROCHINA CO LTD
Fish pond filtering system
ActiveCN103408192AEnsure water qualityIngenious designMultistage water/sewage treatmentPisciculture and aquariaWater qualityFilter system
The invention discloses a fish pond filtering system which comprises a pollution discharge subsystem, a dirt deposition subsystem, a physical filtering subsystem, a biochemical filtering subsystem, a mineral analysis subsystem, a clear water precipitation subsystem, a water surface foreign impurity accommodation subsystem, a sterilization subsystem and an oxygenation aeration subsystem, wherein the dirt deposition subsystem, the physical filtering subsystem, the biochemical filtering subsystem, the mineral analysis subsystem and the clear water precipitation subsystem are arranged and connected with a fish pond sequentially; the pollution discharge subsystem is respectively connected with the dirt deposition subsystem, the physical filtering subsystem, the biochemical filtering subsystem, the mineral analysis subsystem and the clear water precipitation subsystem; the fish pond is connected with the dirt deposition subsystem. The fish pond filtering system combines the physics technology with the biology technology, and can perform circulation filtering, purification and oxygenation treatment on water of the fish pond, so as to enable the water to be clear, transparent and not muddy and have no odor for a long time, the water quality can be effectively ensured even through water is not changed for a long time, care by special persons is not required, and economy and environmental protection are realized.
Owner:刘莉莉
Mineral standard sample used for nanometer CT, and preparation method and application thereof
ActiveCN105067395AFill vacancyRealize one-time calibrationPreparing sample for investigationMaterial analysis by transmitting radiationMineral particlesMineral identification
The invention provides a mineral standard sample used for nanometer CT, and a preparation method and an application thereof. The preparation method of the mineral standard sample comprises the following steps: selecting standard mineral particles according to the mineral composition of a rock to be measured; respectively processing at least one of the selected standard mineral particles to form mineral sample discs; and welding one of the mineral sample discs to a pedestal, and stacking and welding all the mineral sample discs to form the mineral standard sample. When the mineral standard sample is used in mineral analysis, mineral identification is carried out by using the gray scale information of the standard mineral sample and a rock sample to make unknown mineral particles in the rock sample identified and calibrated, so the three dimensional distribution, the volume proportions and the mineral particle dimension distribution of corresponding mineral components in the rock sample are obtained. The method effectively fills up the gap in preparation methods of like standard samples, and meets urgent demands of microscopic three dimensional mineral analysis in the petroleum geology field.
Owner:PETROCHINA CO LTD
Oil-gas field on-site while-drilling cuttings scanning system and method
InactiveCN107620593AAvoid the process of samplingReduce research costsDirectional drillingFlushingLithologyPetroleum
The invention mainly belongs to the field of oil and gas exploration and development, and particularly relates to an oil-gas field on-site while-drilling cuttings scanning system and method. The oil-gas field on-site while-drilling cuttings scanning system comprises a sample preparation mould and a table-type mineral analysis scanning electron microscope; oil-gas field on-site while-drilling cuttings are prepared to a scanning sample through the sample preparation mould; the table-type mineral analysis scanning electron microscope comprises a secondary electronic probe, a backscattered electron probe, an energy spectrum probe and an electron microscope operation module; and the table-type mineral analysis scanning electron microscope is small in weight, small in land occupation, easy to carry and is suitable for the severe environment in a well field. According to an oil-gas field on-site while-drilling cuttings scanning method, the on-site while-drilling cuttings are fully utilized, mineral elements, mineral types and rock structures are rapidly analyzed, and lithology classification is quickly conducted; and the oil-gas field on-site while-drilling cuttings scanning method has the advantage of on-site real-time guidance drilling and oil-gas field exploration and development, limitation that a laboratory traditional mineral analysis electron microscope scanning system cannot be carried to the site for application is overcome, and the oil-gas field exploration precision and speed are improved.
Owner:INST OF GEOLOGY & GEOPHYSICS CHINESE ACAD OF SCI
Inter-salt mud shale layer-series lithofacies classification method and verification method
ActiveCN108956953AImprove forecast accuracyStrong on-site practicabilityMaterial analysis using wave/particle radiationMaterial analysis by optical meansValidation methodsCalcite
The invention provides an inter-salt mud shale layer-series lithofacies classification method and verification method, belonging to the field of shale oil exploration geology. The inter-salt mud shalelayer-series lithofacies classification method comprises the following steps: determining the stratification thickness of mud shale by observing the core of the mud shale and authenticating with an optical microscope; determining the core through the whole-rock mineral analysis so as to confirm the rock mineral type of the mud shale; determining the abundance of the organic matter of the mud shale through pyrolysis organic carbon analysis; determining the rock mineral volume content, corresponding to the rock mineral type, of the mud shale through whole rock mineral analysis in combination with the observation of a slice under the microscope; and classifying the rock type of the mud shale by adopting a 'four-component three-end member' principle classification method based on the rock type according to the volume content of detrital mineral components, calcite components and dolomite component in the mud shale. The inter-salt mud shale layer-series lithofacies classification verification method verifies by using a natural gamma ray spectrometry and conventional logging curve characteristics that the rock of the mud shale classified into the same lithofacies has the same rock-electricity characteristics.
Owner:CHINA PETROLEUM & CHEM CORP +1
Mineral Identification Using Mineral Definitions Including Variability
ActiveUS20140117230A1Improve mineral identificationMaterial analysis using wave/particle radiationSpecial data processing applicationsX-rayMineral identification
An improved mineral analysis system includes mineral definitions that include not only characteristics of the minerals, but also variability in those characteristics. The variabilities allow the calculation of ranges of expected values for different quality of measurements, for example, for different numbers of x-ray counts. Match probabilities can therefore be calculated to more accurately determine the composition of a mineral sample.
Owner:FEI CO
Separation method for light/heavy hydrocarbons in different occurrent states in clay level of argillaceous source rock
ActiveCN104629787AReduce lossesEasy to analyze and studyLiquid hydrocarbon mixture productionMaceralColumn chromatography
The invention provides a separation method for light / heavy hydrocarbons in different occurrent states in a clay level of an argillaceous source rock. The separation method comprises the following steps: crushing a fresh part of a core of the argillaceous source rock and soaking and extracting a clay level component; carrying out Soxhlet extraction; saponifying the extraction residues by using a saponifying liquid and respectively extracting the saponified residues by using n-pentane and dichloromethane; pickling the saponified residues by using an acidolysis solution and respectively extracting the pickled residues by using n-pentane and dichloromethane; treating the pickled residues by a HF and HCl mixed liquid and respectively extracting the pickled residues by using n-pentane and dichloromethane; and respectively combining the treatment liquids and the extraction liquids and separating by column chromatography to obtain light / heavy hydrocarbons. The separation method for light / heavy hydrocarbons in different occurrent states in the clay level of the argillaceous source rock provided by the invention extremely improves the problem that light hydrocarbons are lost in other methods and can calibrate an occurrent space of hydrocarbons by combining mineral analysis.
Owner:CHINA PETROLEUM & CHEM CORP +1
Experiment method for researching influence on CO2 flooding by highly-mineralized formation water
ActiveCN106884634AAvoid corrosionImprove corrosion resistanceFluid removalPrecipitationPhysical property
The invention provides an experiment method for researching influence on CO2 flooding by highly-mineralized formation water. The experiment method includes the following steps that a slabbed core A and a slabbed core B are cut from the two ends of a rock core, the rock core is washed, dried and weighed, the rock core pore volume and the gas logging permeability are measured, the rock core is saturated, magnetic resonance imaging is detected, and flooding is carried out to obtain rock core water logging permeability; flooding is carried out, temperature and pressure are kept for placement, CO2 water and gas injection is conducted, the rock core is washed and dried, the mass, the pore volume and the gas logging permeability are measured, vacuumizing is carried out, the rock core is saturated, flooding is carried out to measure the rock core water logging permeability, and magnetic resonance imaging is conducted; a slabbed core C and a slabbed core D are cut from the two ends of the rock core, washed and dried, electron microscope scanning, surface element and rock mineral analysis are carried out on the slabbed core A, the slabbed core B, the slabbed core C and the slabbed core D, the steps 1-3 are repeated after replacing the rock core and changing the temperature and the pressure; data is collected. The influence on reservoir physical property and development parameter collection by CO2-water-rock interaction and CO2-formation water precipitation can be researched.
Owner:ZHEJIANG OCEAN UNIV
Rice producing area identification method based on mineral matter analysis technology and application
InactiveCN104914156AMaterial analysis by electric/magnetic meansAgricultural scienceInductively coupled plasma
The present invention discloses a rice producing area identification method based on mineral matter analysis technology and application, and belongs to the technical field of quality and safety of agricultural products. The method is as follows: after pretreatment of raw rices of different producing areas, mineral element content of the rice can be measured by high-resolution inductively coupled plasma mass spectrometer, the characteristics of mineral element content of the rice of different producing areas can be analyzed, a discrimination model can be built and validated, and the producing area of a to-be-tested rice can be measured by the discrimination model. The method has the characteristics of high discriminating accuracy, the accuracy rate can reach 97.8%, and the method has great significance to agricultural product quality inspection and protection of geographical indications.
Owner:HEILONGJIANG BAYI AGRICULTURAL UNIVERSITY
System and method for analysis of Martian mineral component by using double multiplexing laser spectrum
ActiveCN105372225AExpand the scope of analysisImprove the comprehensiveness of detectionRaman scatteringFluorescenceRotation control
The invention discloses a system and method for analysis of Martian mineral components by using double multiplexing laser spectrum. The system includes an optical head, a short wavelength spectrometer, a medium wave spectrometer, a long wavelength spectrometer, a calibration board bracket, a calibration board, a pointing mirror bracket, a two-dimensional pointing mirror, a two-dimensional rotation control component, a pointing mirror control cable and a load controller. Based on the system, the combined detection of atom and molecular can be achieved by combined detection of laser induced plasma spectroscopy and laser Raman spectroscopy. The invention provides a double multiplexing laser spectrum detection system and method; a same pulse laser source and three frequency multiplication modules are used to realize the multiplexing of light sources; and short, middle and long wave spectrometers in the same length and the corresponding spectrum ICCD area array detectors are used to achieve the multiplexing of beam split and spectral detection. In addition, remote micro area imaging and laser self-focusing function are achieved to share a main optical path. The invention effectively expands the scope of Martian mineral analysis, and the system is compact and convenient, reduces the fluorescence interference and improves the comprehensiveness of molecular detection.
Owner:SHANGHAI INST OF TECHNICAL PHYSICS - CHINESE ACAD OF SCI
Method for determining improved shale brittleness index based on mineral composition
InactiveCN110596165AHigh precisionMaterial analysis using wave/particle radiationMaterial analysis by optical meansClay mineralsX-ray
The invention discloses a method for determining an improved shale brittleness index based on mineral composition. The method comprises the steps of: identifying a kerogen type in to-be-tested shale through a kerogen mirror, and determining a total content Wo of organic carbon in the shale by organic carbon analysis; calculating a volume fraction Vo of an organic matter, and then figuring out a volume content Voganic of the organic matter; and determining the content Wflesic of femic minerals, the content Wcarbanate of carbonate minerals, the content Wclay of clay minerals and a total sum Vimof inorganic minerals in the shale through X-ray diffraction total rock mineral analysis, performing normalization processing to obtain the volume content Vcarbonate of the carbonate minerals, the volume content Vflicec of the femic minerals and the volume content Vcarbonate of the clay minerals, and calculating the improved shale brittleness index Brit based on mineral composition. By adopting the method, the dual effect of the carbonate minerals on the compressibility of the shale can not only reflected, and the accuracy of the shale brittleness index is also improved.
Owner:CHINA UNIV OF PETROLEUM (EAST CHINA)
Method for correcting porosity of volcanic rock suffered from clay alteration
ActiveCN107829731ASolve the difficulty of high porosityHigh precisionBorehole/well accessoriesPorosityRock core
The invention discloses a method for correcting the porosity of a volcanic rock suffered from clay alteration. The method comprises the following steps: selecting a representative volcanic rock core,determining whether there are alterations and alteration types, and measuring the conventional porosity and clay content of the rock core suffered from clay alteration; analyzing the response characteristics of the volcanic rocks suffered from clay alteration on conventional logging curves, and selecting four conventional logging curves which are sensitive to clay alteration; considering the weight of influence of each curve and determining formula combination forms so as to construct a curve which can comprehensively reflect clay alteration degree of the volcanic rock through a sensitive logging curve; constructing a target stratum clay content calculation model through the clay content and the calculated alteration degree curve obtained from the whole rock mineral analysis; and finally correcting the porosity of the volcanic rock suffered from clay alteration by the physical model of the study area in combination with clay content curves. The method achieves continuous correction ofthe porosity of the volcanic rock suffered from clay alteration and improves the calculation accuracy of the porosity of the volcanic rock suffered from clay alteration.
Owner:PETROCHINA CO LTD
Mineral content analysis method and system for igneous rock
InactiveCN105486607ALower requirementAnalysing solids using sonic/ultrasonic/infrasonic wavesPermeability/surface area analysisPorosityAcoustic wave
The invention discloses a mineral content analysis method and system for igneous rock, relates to the field of rock and mineral analysis and identification and aims to solve the problem that igneous rock mineral samples are required to be crushed for mineral content analysis in the prior art. The method comprises steps as follows: measuring the density of an igneous rock mineral sample; measuring the porosity of the igneous rock mineral sample; measuring the longitudinal sound wave velocity of the igneous rock mineral sample; calculating the volume content of quartz, feldspar and dark minerals in the igneous rock mineral sample according to the measured density, porosity and longitudinal sound wave velocity.
Owner:JILIN UNIV
Rapid tunnel surrounding rock quartz content obtaining method and application
ActiveCN109946156AImprove construction efficiencyEase of evaluationMaterial strength using tensile/compressive forcesEarth material testingHardnessWear resistance
The invention provides a rapid tunnel surrounding rock quartz content obtaining method and application. Mineral analysis is carried out on each collected sample to obtain the quartz content in each sample, and the point load intensity, rebound hardness and wear resistance indexes of each sample are measured; the quartz content serves as an evaluation result, the point load intensity, rebound hardness and wear resistance indexes of the sample serve as evaluation indexes, and the degree that each calculation index relies on the evaluation result is calculated to determine the index weight of theevaluation index; and an integrated evaluation model is established, trained and verified, verification is not ended unless the model satisfies the set requirements, and the model after verificationis used to calculate the content of quartz in the surrounding rocks. The method has the advantage of rapid detection.
Owner:SHANDONG UNIV
Method for matching mineral analysis image with scanning electron microscope image
InactiveCN107831182AImprove matching accuracyImprove matchMaterial analysis using wave/particle radiationScanning electron microscopeWorkload
The invention discloses a method for matching a mineral analysis image with a scanning electron microscope (SEM) image, wherein the method includes the steps: searching similar holes of the mineral analysis image and the SEM image; adjusting the mineral analysis image and the SEM image, and making the similar holes correspondingly matched, so as to realize the matching of the mineral analysis image and the SEM image. Compared with the prior art, the method has high matching accuracy and rapid matching. Furthermore, according to the method, the matching of the mineral analysis image and the SEMimage can be automatically realized, and the workload of researchers is greatly reduced.
Owner:CHINA PETROLEUM & CHEM CORP +1
Method and apparatus usable for mining and mineral exploration
InactiveUS8917092B2High sensitivityHigh power transmission efficiencyElectric/magnetic detection for well-loggingAnalysis using nuclear magnetic resonanceResonanceLocal field
A method for mineral analysis of a sample based on detection of NQR and / or Local Field Magnetic Resonance (LFMR) signals from a particular substance within a sample includes: setting a frequency of RF pulses to be approximately equal to one of the NQR or LFMR frequencies of the substance; setting a set of parameters of the RF pulses to be optimal for the substance; setting a set of receiving parameters to be optimal for the substance; tuning the probe to maximum sensitivity for the signals detected at predetermined frequency and / or to maximum power transfer efficiency for RF pulses transmitted with the probe; transmitting the RF pulses with the probe at said optimal level during a transmitting period to irradiate the sample and excite an NQR or LFMR signal in the substance, if present; detecting and processing NQR or LFMR signals emitted by the substance; and calculating the concentration of the substance in the sample.
Owner:LYNXRAIL CORP
Method for improving water saturation evaluation precision of complex oil and gas layer by using digital core analysis
ActiveCN109444190AImproved saturation interpretation accuracyEffectively guide development and productionMaterial analysis by measuring secondary emissionTest sampleSecondary electrons
The invention discloses a method for improving water saturation evaluation precision of a complex oil and gas layer by using digital core analysis, and belongs to the technical field of oil and gas exploration. The method includes the following steps: (1) preparing a test sample; (2) performing backscattered electron and secondary electron imaging on the test sample; (3) preforming pore volume segmentation and statistics on secondary electronic imaging to obtain pore shape parameters; (4) performing automatic mineral analysis on the fine imaging to collect a characteristic atomic spectrogram and perform automatic mineral analysis on the characteristic atomic spectrogram to obtain additional conductive mineral content; (5) determining electrical parameters of saturated rock, and establishing the conversion relationship between the pore shape parameters and m and the conversion relationship between additional conductive minerals and n; (6) calculating the water saturation of the complexoil and gas layer to achieve the purpose of accurately quantifying the water saturation value by extracting the distribution of smaller pores which affect the saturation evaluation and the content ofkey additional conductive minerals.
Owner:科吉思石油技术咨询(北京)有限公司
TBM tunneling tunnel rock quartz content rapid test system and method
ActiveCN109632546AQuick Quartz ContentQuick Test Method for Quartz ContentMaterial testing goodsInvestigating material hardnessMultiple linear regression analysisLinear regression
The invention provides a TBM tunneling tunnel rock quartz content rapid test system and method. According to the actually measured quartz content and hardness and wear resistance parameters of tunnelrock, through multivariate linear regression analysis or rough set-ideal point nonlinear analysis method, a multivariate linear empirical formula or a comprehensive evaluation model based on the parameters is established, an empirical estimation formula or a comprehensive evaluation model is established, and the method can be used for rapidly obtaining the quartz content of the TBM construction tunnel rock. The method is simple in principle, economical and practical, effectively replaces an expensive and time-consuming conventional rock quartz content testing method (a mineral analysis method), and solves the problems that a TBM tunneling tunnel rock quartz content instrument is high in price and complex in testing process. According to the method, the TBM cutterhead wear information can be quickly predicted, the state of the cutter can be reasonably evaluated, and great guiding significance is achieved for TBM tunnel construction.
Owner:SHANDONG UNIV
Automatic control system for lithium carbonate production
ActiveCN108287535AMeet the needs of production automationRealize automatic settingTotal factory controlLithium carbonates/bicarbonatesAutomatic controlLithium carbonate
The invention provides an automatic control system for lithium carbonate production, comprising a mineral analyzer, a central control server, a roasting controller, a roasting device, a particle sizeanalyzer, a grinding controller, a grinding device, a first flow meter, a second flow meter and an electromagnetic valve controller. The embodiment of the invention can achieve automatic setting of the working and temperature of the roasting device, automatic setting of the grinding time of the grinding device, and automatic control of the addition of concentrated sulfuric acid in the acidification process during preparation of beta-spodumene concentrate with natural spodumene and the grinding and sulfuric acid acidification process, the operation is simple and has no error, and requirements for automatic lithium carbonate production of people are met.
Owner:HEBEI CHENGYE CONSTR ENG GRP CO LTD
A study on the effect of high salinity formation water on CO 2 experimental method
ActiveCN106884634BAvoid corrosionImprove corrosion resistanceFluid removalPrecipitationPhysical property
Owner:ZHEJIANG OCEAN UNIV
A kind of mineral standard sample for nano CT and its preparation method and application
ActiveCN105067395BFill vacancyRealize one-time calibrationPreparing sample for investigationMaterial analysis by transmitting radiationCircular discMineral particles
The invention provides a mineral standard sample for nanometer CT, its preparation method and application. The method of the mineral standard sample comprises the following steps: selecting standard mineral particles according to the mineral composition of the rock to be tested; processing the selected at least one standard mineral particle into a mineral sample disc; welding one of the mineral sample discs on the base Each mineral sample disc is stacked and welded, and the columnar sample formed is the mineral standard sample. When the above-mentioned mineral standard samples are used for mineral analysis, the gray scale information of the standard mineral samples and rock samples is used for mineral identification, so that the unknown mineral particles in the rock samples can be identified and calibrated, and then the three-dimensional information of the corresponding mineral components in the rock samples can be obtained. distribution, volume ratio occupied, and mineral particle size distribution. The method provided by the invention effectively fills the vacancy of such standard sample preparation methods, and meets the urgent demand for microscopic three-dimensional mineral analysis in the field of petroleum geology.
Owner:PETROCHINA CO LTD
Separation method of saturated hydrocarbons and aromatic hydrocarbons in different occurrence states in clayey source rocks
ActiveCN104629787BReduce lossesEasy to analyze and studyLiquid hydrocarbon mixture productionAromatic hydrocarbonColumn chromatography
Owner:CHINA PETROLEUM & CHEM CORP +1
Automated mineral classification
ActiveUS9778215B2Efficiently classify mineral samplesSimple processMaterial analysis using wave/particle radiationElectric discharge tubesComputer scienceKnowledge level
The present invention discloses a combination of two existing approaches for mineral analysis and makes use of the Similarity Metric Invention, that allows mineral definitions to be described in theoretical compositional terms, meaning that users are not required to find examples of each mineral, or adjust rules. This system allows untrained operators to use it, as opposed to previous systems, which required extensive training and expertise.
Owner:FEI CO
Mineral analysis device for mining industry
InactiveCN109596653AInconvenient to disassemble and unable to adjust convenientlyEasy to adjustMaterial analysis by measuring secondary emissionRadiation resistantEngineering
The invention discloses a mineral analysis device for a mining industry. The mineral analysis device for the mining industry comprises a handle, an ore analyzer and a radiation-resistant front-end; astorage battery is arranged in the handle; a battery compartment is arranged on the lower end of the handle; the ore analyzer is arranged on the upper end of the handle; a USB jack is arranged on oneside wall of the ore analyzer; fixed bases are arranged at two sides of the upper end of the ore analyzer; a connection block is arranged at one side of the fixed base; and rotating shafts are arranged on the two side walls of the connection block. The mineral analysis device for the mining industry disclosed by the invention has the benefits that: due to arrangement of the fixed bases, the rotating shafts, the connection block, an adjusting bolt and a connection base, convenient adjustment of the angle of a palm computer on the device can be realized; furthermore, rapid disassembly can be realized; the use convenience of the device is improved; due to arrangement of a micro-printer, an analysis result is printed while a mineral analysis result is obtained; and thus, the mineral analysis recording operation is relatively convenient and rapid.
Owner:GUIZHOU UNIV
System and method for analyzing Mars mineral composition by double reuse laser spectroscopy
ActiveCN105372225BExpand the scope of analysisImprove the comprehensiveness of detectionRaman scatteringFluorescenceRotation control
The invention discloses a system and method for analysis of Martian mineral components by using double multiplexing laser spectrum. The system includes an optical head, a short wavelength spectrometer, a medium wave spectrometer, a long wavelength spectrometer, a calibration board bracket, a calibration board, a pointing mirror bracket, a two-dimensional pointing mirror, a two-dimensional rotation control component, a pointing mirror control cable and a load controller. Based on the system, the combined detection of atom and molecular can be achieved by combined detection of laser induced plasma spectroscopy and laser Raman spectroscopy. The invention provides a double multiplexing laser spectrum detection system and method; a same pulse laser source and three frequency multiplication modules are used to realize the multiplexing of light sources; and short, middle and long wave spectrometers in the same length and the corresponding spectrum ICCD area array detectors are used to achieve the multiplexing of beam split and spectral detection. In addition, remote micro area imaging and laser self-focusing function are achieved to share a main optical path. The invention effectively expands the scope of Martian mineral analysis, and the system is compact and convenient, reduces the fluorescence interference and improves the comprehensiveness of molecular detection.
Owner:SHANGHAI INST OF TECHNICAL PHYSICS - CHINESE ACAD OF SCI
Method and apparatus usable for mining and mineral exploration
InactiveCN102648424AElectric/magnetic detection for well-loggingMagnetic measurementsAmount of substanceMineral analysis
A method for mineral analysis of a sample based on detection of NQR and / or NMR signals from a particular substance within a sample includes; setting a frequency of RF pulses to be approximately equal to one of the NQR or NMR frequencies of the substance; setting a set of parameters of the RF pulses to be optimal for the substance; setting a set of receiving parameters to be optimal for the substance; tuning the probe to maximum sensitivity for the signal detected at predetermined frequency and / or to maximum power transfer efficiency for RF pulses transmitted with the probe; transmitting the RF pulses with the probe at said optimal level during a transmitting period to irradiate the sample and excite an NQR or NMR signal in the substance, if present; detecting and processing NQR or NMR signals emitted by the substance; and calculating the concentration of the substance in the sample.
Owner:LYNXRAIL CORP
Who we serve
- R&D Engineer
- R&D Manager
- IP Professional
Why Patsnap Eureka
- Industry Leading Data Capabilities
- Powerful AI technology
- Patent DNA Extraction
Social media
Patsnap Eureka Blog
Learn More Browse by: Latest US Patents, China's latest patents, Technical Efficacy Thesaurus, Application Domain, Technology Topic, Popular Technical Reports.
© 2024 PatSnap. All rights reserved.Legal|Privacy policy|Modern Slavery Act Transparency Statement|Sitemap|About US| Contact US: help@patsnap.com