88 results about "Fluorescent tracer" patented technology

The invention belongs to the technical field of underground water pollution source tracking, and particularly relates to an underground water pollution source analysis method based on multiple tracers and electronic equipment. The method comprises the following steps: setting a monitoring point; acquiring concentration information of various tracers in the underground water; drawing a plurality of tracer agent spatial distribution diagrams; determining an initial key pollution area and an initial migration diffusion area; simulating the historical pollution state of underground water according to the underground water fluid model; simulating a historical key pollution area and a historical migration diffusion area of underground water by combining the initial key pollution area and the initial migration diffusion area; and determining a pollution source and a migration and diffusion direction according to changes of the historical key pollution area and the historical migration and diffusion area. The underground water flow information is introduced, the determined pollution source position is accurate, a fluorescent tracer agent does not need to be put, and underground water is not affected.

The invention discloses a concrete test crack observation method based on a fluorescence tracing technology, and relates to the technical field of civil engineering research, and the concrete test crack observation method comprises the following specific steps: S100, building a concrete crack tracking detection device, S200, coating the surface of a concrete test piece with a fluorescence tracer agent, S300, collecting a fluorescence image, and S400, calculating a quantitative parameter. S500, establishing dynamic correlation between crack evolution and mechanical parameter variation, the crack development condition in the concrete uniaxial and splitting test process is directly observed by using a fluorescent agent and an ultraviolet lamp in the concrete uniaxial and splitting test process, a stress-strain curve in the concrete is recorded in real time through a computer in the mechanical loading test process, and the dynamic correlation between the crack evolution and the mechanical parameter variation is established. A high-speed camera is adopted to capture a high-definition fluorescence image of concrete surface crack propagation in real time, and the fluorescence image recorded in real time is quantified to obtain the development condition of concrete surface cracks, so that the relation between macroscopic strength such as uniaxial compression and microscopic cracks is established.

The invention relates to the technical field of medical instruments, and discloses a breast cancer sentinel lymph node positioning system and method, and the system comprises a data collection subsystem, a space positioning subsystem and a central processing subsystem. The method comprises the following steps: acquiring an anatomical structure image, a radioactivity counting rate and fluorescence intensity after performing primary fluorescence, radioactivity and secondary pulse type fluorescence tracer injection in sequence; establishing a global coordinate system and generating an anatomical region of interest; constructing a weighted directed topological graph based on the initial fluorescence data, and obtaining a baseline flow velocity; extracting radionuclide dynamic characteristics based on the radioactive data; a functional flow rate attenuation coefficient is calculated based on the second pulsed fluorescence data. And a multi-factor scoring model is applied, topological information, dynamic characteristics and functional flow velocity attenuation coefficients are fused, and a comprehensive score is calculated to identify the sentinel lymph node. According to the method, the lymphatic flow topological structure, nuclide dynamics and functional flow velocity information are combined, and the positioning accuracy and reliability are improved.

The invention discloses a method and a system for detecting an antibacterial coating micro guide wire. The method comprises the following steps: applying a composite stress field to a guide wire to obtain stress distribution data; determining a stress response abnormal area according to the stress distribution data and applying dual-frequency vibration excitation to obtain nonlinear vibration response data and vibration energy dissipation data; force-sensitive fluorescent molecules are applied to the stress response abnormal area for treatment, and conformational changes of the stress response abnormal area are monitored to obtain preliminary spatial distribution data of the microcracks; injecting a multi-ion fluorescent tracer into the micro-crack area, and monitoring the migration rule of the multi-ion fluorescent tracer to obtain pH value distribution data and oxidation-reduction potential distribution data; bacterial suspension with specific fluorescence response is injected into the micro-crack area, and antibacterial activity evaluation data is obtained by monitoring the fluorescence response of the bacterial suspension. According to the technical scheme, the microcracks on the surface of the antibacterial coating micro guide wire are accurately detected and positioned, and the influence degree of the microcracks on the antibacterial function can be accurately evaluated.

A method for non-invasively monitoring fluorescent tracers with background separation correction is disclosed, particularly a method for monitoring time-varying fluorescence emitted from a fluorescent agent within a diffusely reflecting medium having time-varying optical properties. The method comprises providing at least two measurements obtained from a patient before and after administration of the fluorescent agent, the measurements comprising a Flr adjacent to the medium detected by a filtered light detector during illumination of the medium with light of an excitation wavelength. meas signal, and at least one DR signal, the DR signal is selected from: #imgabs0#DR em and DR em,filtered The method further includes identifying a post-balanced portion of the measurement data set and assigning each Flr within the post-balanced portion of the measurement data set meas Signal conversion to IF agent signal, the IF agent The signal represents the intensity of the detected fluorescence emitted only by the fluorescent agent in the medium. The disclosed method includes eliminating the effects of leakage of excitation level light and meas Eliminate the influence of autofluorescence in the signal.

The present invention relates to the field of tracer technology, and discloses a codable and decodable magnetic fluorescent tracer, comprising a magnetic fluorescent microsphere comprising a core formed by a plurality of fluorescent materials, a polymer coating the core, and a plurality of magnetic microspheres embedded on the surface of the polymer. The tracer has both magnetic and fluorescent functions. When sampling and testing production wells, the tracer can be enriched using a magnetic field, reducing the difficulty of purification from the produced fluid. Compared with direct testing of the original fluid, the error of subsequent analysis and detection after enrichment of the tracer is significantly reduced. The tracer can be prepared in more than 20 different colors and can be decoded using a flow cytometer, increasing the variety of fluorescent tracers.

The utility model relates to the technical field of sports safety, in particular to an anti-drowning armlet which comprises a wearing assembly, an inflation assembly, a monitoring assembly and an early warning assembly. A monitoring assembly for monitoring the motion condition of a user and the surrounding environment is installed on the side, close to the user, in the wearing assembly, and an early warning assembly for early warning is installed on the surface of the outer side of the wearing assembly. Through mutual cooperation of the wearing assembly, the inflation assembly, the monitoring assembly and the early warning assembly, when too many factors possibly causing drowning exist in the swimming process of a user, the user can keep away from the drowning factors by himself or herself or call others to help keep away from the drowning factors through early safety warning, drowning events are avoided as much as possible, and the safety of the user is improved. In addition, once an actual drowning event occurs, the air bag can be automatically popped up to emerge from the water surface, and the fluorescent tracer agent is used for tracing the drowning event to a rescued person to find the drowning event.

The invention discloses an asphalt and aggregate interface action mechanism research method and system based on a multi-scale fluorescence tracer, and the method comprises the steps: collecting surface fluorescence images of asphalt and aggregate, carrying out the gray processing of the surface fluorescence images, and respectively calculating the average gray value of the asphalt surface and the average gray value of the aggregate surface; the method comprises the following steps: respectively carrying out infrared spectrum detection at an initial stage and a final stage of fluorescence tracing of asphalt to obtain dynamic change data of functional groups and chemical bonds in different stages, and establishing a corresponding relationship between fluorescence intensity attenuation and chemical bond evolution; according to the model, a fluorescent tracer layer structure model is constructed to obtain motion trail data of the fluorescent tracer on the asphalt and aggregate interface, the composition of the interface energy delta E1 of the fluorescent tracer and the asphalt and the interface energy delta E2 of the fluorescent tracer and the aggregate is determined, and the interface interaction characteristics of the fluorescent tracer, the asphalt and the aggregate are represented according to the numerical difference between the delta E1 and the delta E2. The problem that it is difficult to analyze the action mechanism and fluorescence decay of the road fluorescent tracer from a multi-scale level is solved.

The invention discloses a flow measurement device and method based on a fluorescent tracer time-difference method, and relates to the technical field of flow measurement based on the fluorescent tracer time-difference method, and the device comprises a tracer injection unit which comprises a tracer liquid storage cavity, a control pump / valve and an injection hole; the double detection units comprise a first fluorescence detection unit, a second fluorescence detection unit, a signal processing and control unit and a pressure liquid level unit. The first fluorescence detection unit and the second fluorescence detection unit are located on the two sides of the axial distance of the injection hole, and the distance is L. According to the tracer agent release time T0, the fluorescence signal appearance time t1 and t2, the high-concentration wave peak time T1 and T2 and the fluorescence signal curve, the water flow direction is judged, the flow speed is calculated, and meanwhile the flow is measured according to the liquid level data of the pressure liquid level unit.

The application provides a fluorescent tracing method and an aqueous zinc ion battery, wherein the fluorescent tracing method comprises the following steps: firstly, a fluorescent electrolyte solution is prepared, the fluorescent electrolyte solution contains a TPE-based fluorescent tracer, the TPE-based fluorescent tracer is a TPE derivative formed by introducing different functional groups into a TPE molecular skeleton, and the TPE derivative comprises an olefin group and a polar group; and secondly, the aqueous zinc ion battery containing the fluorescent electrolyte solution is subjected to a constant current deposition stripping mode to perform long-term cycle testing on the battery. In the long-term cycle testing of the battery, the tetraphenyl ethylene derivative with the aggregation-induced emission characteristic is introduced, the zinc ion migration, deposition and stripping behavior can be directly observed by means of the fluorescent signal of the tetraphenyl ethylene derivative, and the zinc element distribution and dynamic change are directly presented. This breaks through the limitation that the traditional method is difficult to directly capture the zinc electrode interface reaction, and provides intuitive visual evidence for understanding the electrochemical mechanism of the zinc ion battery.

The present invention belongs to the technical field of preparation of fluorescent tracers, and particularly relates to an amino acid derivative-rhodamine B conjugate, a preparation method thereof, and an application as a fluorescent tracer. The structural formula of the amino acid derivative-rhodamine B conjugate is as follows:. After the amino acid derivative-rhodamine B conjugate obtained in the present invention is directionally applied to crop plants as a fluorescent tracer, the crop plants can be fluorescently labeled, assisting the machine vision system to distinguish crops from weeds, and performing precise spraying or mechanical weeding according to the spatial distribution of weeds, realizing the automation and intelligence of weed control and reducing the usage amount of herbicides.

This invention provides a tracer-type compound scale inhibitor based on benzofuran fluorescent agents, its preparation method, and its application. In the tracer-type compound scale inhibitor, the mass ratio of scale inhibitor to benzofuran fluorescent agent is (20-100):1; the benzofuran fluorescent agent is [6-hydroxy-2-(2-hydroxy-4-oxocyclohexyl-2,5-diene-1-yl)benzofuran-3-one]; the scale inhibitor is selected from acrylic acid-2-acrylamide-2-methylpropanesulfonic acid copolymer and / or ethylenediaminetetramethylene phosphate sodium. The benzofuran fluorescent agent of this invention combines real-time concentration detection and scale inhibition performance, exploring the potential of fluorescent tracers in water treatment. Due to the synergistic effect between BD and PAA, the tracer-type compound scale inhibitor prepared by this invention exhibits good fluorescence stability and excellent calcium carbonate scale inhibition rate, allowing for widespread application in circulating cooling water systems and other fields with relatively low dosage.

The invention discloses a wafer cleaning nozzle efficiency quantitative characterization method and system based on a fluorescent tracing imaging technology, and belongs to the technical field of semiconductor cleaning. The method comprises the following steps: uniformly mixing a pollutant standard solution with controllable viscosity and a fluorescent tracer agent to form a pollutant simulation solution capable of being quantitatively traced; spin-coating quantitative pollutant simulation liquid on the surface of the test substrate based on spin-coating equipment to form a uniform pollution layer; a to-be-evaluated cleaning nozzle is adopted to carry out directional cleaning on a preset polluted substrate, a fluorescence tracer is excited through an excitation light source, and a fluorescence signal distribution image in the cleaning process is collected through a charge-coupled device camera imaging system; the pollutant residual rate is accurately calculated through an image processing algorithm, and a quantitative evaluation index of the nozzle cleaning efficiency is established. According to the invention, visual monitoring of the whole cleaning process and accurate quantitative evaluation of the cleaning efficiency are realized, and a scientific quantitative basis is provided for parameter optimization and process verification of high-precision cleaning equipment.

The invention provides a joint detection system and method for leakage of a carbon dioxide storage tank, a terminal and a medium, a sensor network is constructed to cover a monitoring area, and the system comprises gas flow sensors arranged at an outlet of the storage tank and a conveying pipeline, and a carbon dioxide concentration sensor and a fluorescence detection sensor which are arranged at key points around the storage tank and the pipeline. And a trace fluorescent tracer agent is attached to the monitoring area. Leakage is preliminarily judged according to data collected by a gas flow sensor, if leakage occurs, the data collected by a carbon dioxide sensor and a fluorescence sensor are utilized, a Gaussian diffusion model and a fluid dynamic model are combined, the change direction of fluorescence intensity and carbon dioxide concentration is calculated, a leakage point is accurately positioned, and the leakage amount is calculated. The leakage severity is judged according to the gas flow and the carbon dioxide concentration, an alarm is triggered, and the leakage point position and the leakage amount are transmitted to a control center. The system integrates the fluorescent tracer and various sensors, realizes real-time accurate positioning of leakage points, and has the advantages of high sensitivity, fast response, strong applicability and the like.

The invention belongs to the technical field of fluorescent tracer preparation, and particularly relates to an amino acid derivative-rhodamine B conjugate, a preparation method thereof and application of the conjugate as a fluorescent tracer. The structural formula of the amino acid derivative-rhodamine B conjugate is as follows: # imgabs0 #. After the amino acid derivative-rhodamine B conjugate obtained by the invention is directionally applied to crop plants as a fluorescent tracer, the crop plants can be labeled by fluorescence, a machine vision system is assisted to distinguish crops and weeds, precise pesticide spraying or mechanical weeding is performed according to spatial distribution of the weeds, automatic and intelligent weed control is realized, and the labor intensity is reduced. The usage amount of herbicide is reduced.

The present invention relates to the technical field of pulmonary vascular function analysis methods, and specifically to a pulmonary ICG fluorescence dynamic diffusion quantitative analysis method, comprising the following steps: acquiring a patient's lung slice image; receiving fluorescent tracer injection information; constructing a three-dimensional lung model based on the lung slice image; establishing a blood vessel model and a blood flow model based on the three-dimensional lung model; simulating the fluorescent tracer diffusion process in the three-dimensional lung model and the blood vessel model according to the fluorescent tracer injection information; calculating the flow rate of all pipelines using an optical flow method; determining key time points according to preset conditions; calculating the flow value of each pipeline at the key time point of the tracing process based on the key time points; calculating the maximum flow change rate and the maximum flow difference according to the flow values; acquiring physiological parameter information corresponding to the three-dimensional lung model, and generating a vascular function evaluation model, thereby improving the accuracy of blood vessel recognition, especially significantly improving the recognition ability of tiny blood vessels.

The invention discloses application of a clofazimine suspension as an NIR-II fluorescent tracer and a dye tracer in the field of auxiliary diagnosis and treatment. The preparation has the advantages of good biological safety (suitable for mothers and infants), high sensitivity, high tissue penetrability, light stability and the like, and can reduce the inconvenience of clinical multiple administration and improve the compliance of patients. The NIR-II fluorescence imaging capability overcomes the limitation of the traditional imaging in strong light or deep tissue'black box 'environment, and is more suitable for intraoperative navigation. Meanwhile, due to the inherent red dyeing characteristic, the dye can be used as a lymph dye tracer. In combination with the NIR fluorescence effect and the photoacoustic effect of the clofazimine suspension, the intraoperative lymphatic cleaning can be assisted through a multi-mode combined tracing technology.

This invention discloses a slope soil aggregate erosion and disintegration testing device, belonging to the field of geotechnical engineering testing technology. The device includes: a model box assembly, a rainfall simulation assembly, an optical observation assembly, and a runoff collection assembly. The model box assembly includes a box body and a slope adjustment mechanism. The slope adjustment mechanism uses multiple hinged plates in conjunction with a hydraulic drive device to achieve precise adjustment of the slope angle in segments. The uppermost layer of the filling area inside the box body is divided into several tracer zones, each tracer zone being covered with a soil layer containing different colored fluorescent tracers. The rainfall simulation assembly simulates natural rainfall processes. The optical observation assembly includes a light shield, an ultraviolet light source, a camera, and a filtering system to achieve fluorescence imaging. The runoff collection assembly uses a sampler to collect sediment samples at different time intervals. This invention can accurately track the soil loss path at different slope locations, enabling visualized observation and quantitative analysis of the soil erosion process, providing a systematic experimental method for studying soil disintegration mechanisms.

This invention relates to a method for visually detecting the interface of a welded joint in thermoplastic composite materials, comprising the following steps: placing a fluorescent tracer film at the interface of two thermoplastic composite components, such that the film covers at least a portion of the interface area, wherein the fluorescent tracer film is a film formed by uniformly doping a thermoplastic resin compatible with the thermoplastic composite matrix resin with nano-sized phosphors; applying energy sufficient to cause local melting and flow of the matrix resin to the interface, causing the fluorescent tracer film and the matrix resin to melt and flow together, and forming a luminescent marker layer fused to the interface after cooling; performing fluorescence imaging on the components after the melt-flow treatment to obtain a fluorescence distribution map of the interface area; extracting luminescence characteristic parameters based on the fluorescence distribution map, and constructing a visual model of the interface.

The invention discloses a method and system for testing wear resistance of a washing machine standard sample, and relates to the field of washing machine performance tests.The method comprises the steps that a regular super-hydrophilic stripe pattern is constructed on the surface of standard washing cloth through a mask spraying technology, and a fluorescent tracer sensitive to mechanical wear is evenly loaded on fibers through an impregnation method; a patterned fluorescence function standard sample is obtained; initially weighing the patterned fluorescence function standard sample, and respectively acquiring an initial appearance image and an initial fluorescence image under a standard light source and ultraviolet light; mixing the patterned fluorescent function standard sample with the standardized simulation piece to form a mixed load; and putting the mixed load into the washing machine for standard washing. The method provides more comprehensive data support for the design optimization of the washing machine by quantifying the function decline and microscopic damage of the fabric, improves the authenticity simulation of the test load, and solves the technical problem that the physical wear and the function characteristic decline cannot be evaluated at the same time in the prior art.

The invention discloses a medical instrument containing a fluorescent tracer agent and a fluorescent tracing method of the medical instrument, and particularly discloses application of a compound shown in a formula (1) as the fluorescent tracer agent in the medical instrument: # imgabs0 #. The fluorescent tracer agent disclosed by the invention has stable fluorescent characteristics and no biological toxic or side effect, and can be applied to the medical instrument.

The utility model discloses a kind of foundation pit soil layering permeation and seepage visualization indoor model test box, belong to geotechnical engineering test equipment technical field, comprising: test box main body, multiple layering partition plates are provided in test box main body;Test box main body has at least one transparent front wall;Multiple permeation channels are provided on each layering partition plate, and the channel mouth of permeation channel is provided with electric opening and closing valve;Fluorescent tracer injection system cooperates with the fluorescent tracer injection hole of being set on the side plate of test box main body;Ultraviolet developing module is set with the front wall of test box main body with inclination angle;High-speed camera recording system is set corresponding with the front wall of test box main body;Multi-channel independent water pressure control unit is located at the side of test box main body away from fluorescent tracer injection system;Data acquisition and analysis module is electrically connected with high-speed camera recording system.The utility model can directly reveal piping, seepage erosion and other seepage failure mechanism, provide scientific basis for seepage prevention design optimization.

The invention discloses lipid molecules containing a near-infrared fluorescent tracer agent and application of the lipid molecules, and belongs to the field of fine chemical engineering. According to the series of molecules, near-infrared fluorescent dye with a fluorescent tracing effect is connected with lipid molecules, and the series of molecules belong to a class of novel bifunctional material molecules. The molecule contains a lipid side chain, so that the lipid molecule has the performance that the lipid molecule is combined with RNA / DNA and other base sequences and is self-assembled into nanoparticles, and the lipid molecule becomes a high-quality RNA / DNA delivery carrier material; and the fluorescent dye part shows strong NIR fluorescence, and the emission wavelength can reach 710 nm. Excellent imaging performance can be obtained in three cell line models: Hela, A549 and Raw cells. The whole process change of endosome escape of various cells can be traced with an accurate and good imaging effect, and an effective result associated with mRNA delivery and protein expression can be provided. We predict that we new methods would contribute to the development and optimization of various mRNA delivery vectors.

The invention aims to provide a gas turbine lubricating oil system leakage point detection method, and belongs to the field of gas turbines. According to the method disclosed by the invention, the leakage point of the lubricating oil system can be quickly positioned by utilizing the characteristic of special visual color of the inert fluorescent tracer, and the lubricating oil leakage point can be found at any time even if the gas turbine is in a running state. The fluorescent tracer agent is mixed with the lubricating oil, the fluorescent tracer agent enters a lubricating oil system along with the lubricating oil, and if a lubricating oil leakage point exists, a detector can find the leakage point through fluorescent detection equipment. According to the method, the time for finding the leakage point is shortened, the leakage point is accurately positioned, and the method is not influenced by operation of the gas turbine.

The application discloses a kind of airflow organization three-dimensional visualization measuring device and method, it is related to airflow organization visualization detection, fluorescence spectrum analysis and electronics field, solve the problem that biological aerosol concentration distribution in indoor airflow organization cannot be measured in real time and visualized.Relative intensity distribution of fluorescence tracer concentration field in airflow organization is measured by laser radar scanning, laser radar telemetry data results are calibrated using fixed point fluorescence particle counting device, and interpolation is carried out on the laser radar scanning data after calibration, finally, the data results measured by laser radar are background-subtracted and displayed in the form of three-dimensional pseudo-color image on the measurement and control terminal computer.The application solves the limitation that existing detection methods cannot non-invasively measure airflow organization and biological aerosol distribution in three-dimensional space, and improves the accuracy and resolution of airflow organization and biological aerosol measurement.

The application provides a functional temporary plugging material and a preparation method and application thereof. The functional temporary plugging material comprises a degradable matrix and fluorescent tracers as tracer parts; wherein, when the degradable matrix is 100 parts by weight, the amount of the fluorescent tracers is 0.05-5 parts by weight, preferably 0.1-1 parts by weight; preferably, the fluorescent tracers are at least 3 kinds. The degradation degree of the temporary plugging material can be understood by detecting the concentration of the fluorescent tracers in the formation water brought to the ground, the application can effectively eliminate interference factors, obtain a detection result with higher reliability and anti-interference ability, and can assist oilfield fracturing construction.

The invention discloses a shale wettability pore space characterization method, and relates to the field of shale pore analysis, and the method comprises the following steps: obtaining a shale sample; sequentially immersing the shale sample in a fat-soluble fluorescent tracer solution and a water-soluble fluorescent tracer solution; performing laser confocal test analysis on the immersed shale sample to obtain three-dimensional visual models of pore spaces with different wettability; determining a fluorescence scanning area volume, an oil wetting pore volume and a water wetting pore volume by utilizing image processing software according to the three-dimensional visual model; determining the wettability characteristic of the pore space of the shale sample according to the volume of the fluorescence scanning area, the volume of the oil-wetted pore and the volume of the water-wetted pore; the wettability characteristic of the pore space of the shale sample is water wettability or oil wettability. According to the invention, visualization and quantitative characterization of pore spaces with different wettability of shale can be realized at the same time.

The invention relates to the technical field of groundwater remediation, in particular to a circulating well-multiphase split-flow treatment system and method for groundwater remediation, and the system comprises a gas stripping unit, a circulating unit and a control unit; the method comprises the steps that the actual repairing range of the circulating well is determined according to the reduction amplitude of the diffusion rate of the fluorescent tracer agent; under the condition that horizontal deviation exists between the actual repairing range and the ideal repairing range, the gas injection amount of a circulating well is adjusted based on the judgment result that airflow escape exists, or the injection amount of a surfactant is adjusted based on the judgment result that the repairing range of the circulating well does not cover the low-permeability area, or the injection amount of the surfactant is adjusted based on the judgment result that the repairing range of the circulating well does not cover the low-permeability area. Under the condition that vertical deviation exists between the actual restoration range and the ideal restoration range, the gas injection temperature is adjusted based on the type of the vertical permeation barrier; and the actual concentration decline rate of the adjusted pollutants is obtained so as to optimize the actual restoration range. The remediation efficiency of underground water is improved.

The invention provides sericin microspheres as well as a preparation method and application thereof, and relates to the technical field of soft substance processing and microfluidics. The preparation method comprises the following steps: (1) taking an aqueous solution containing sericin as an aqueous phase 1; taking water or an aqueous solution containing auxiliary crosslinking components as an aqueous phase 2; (2) introducing the oil phase, the water phase 1 and the water phase 2 into a double-tube injection capillary glass tube microfluidic device, and shearing the water phase 1 and the water phase 2 by using the oil phase to prepare water-in-oil micro-droplets containing sericin; and (3) curing the micro-droplets containing the sericin protein to obtain the sericin protein microspheres. The microspheres are prepared from sericin as a raw material, and the prepared sericin microspheres are uniform in particle size and good in monodispersity, have rich autofluorescence characteristics, can be used as a fluorescent tracing carrier or an imaging material or used for carrying various active substances, omit an exogenous dye loading step, reduce toxicity and have good application prospects.

The invention discloses a concrete-template interface electro-osmosis membrane dynamic monitoring system and a testing method. The system comprises an electro-osmosis device, a water membrane monitoring system, a plastic rectangular groove, a potential acquisition device and a humidity acquisition device, wherein fresh concrete containing a fluorescent tracer agent is poured in the plastic rectangular groove, and the potential acquisition device and the humidity acquisition device are connected into the plastic rectangular groove. The method comprises the following steps: performing electroosmosis on fresh concrete containing a fluorescent tracer agent through an electroosmosis device, and recording humidity data and potential data at different positions in a plastic rectangular groove in an electroosmosis process by a humidity acquisition device and a potential acquisition device respectively; the water film monitoring system records the development process of forming the electro-permeable membrane in the cathode transparent electrode template in real time, and obtains the characteristic information of the water film area, the water film area change rate, the expansion speed and the thickness distribution of the electro-permeable membrane, so that quantitative research on the evolution law of the electro-permeable membrane is realized.