19 results about "Glass electrode" patented technology

The application discloses a perovskite solar cell and a preparation method thereof. The composition of the perovskite solar cell comprises a glass electrode, an electron transport layer, a sensitized layer, a perovskite film, a hole transport layer and a metal electrode which are sequentially arranged, and the sensitized layer contains stannous ions. The preparation method of the perovskite solar cell comprises the following steps: 1) immersing the glass electrode on which the electron transport layer is deposited into a soluble stannous salt solution for soaking, and then taking out and drying to form the sensitized layer on the electron transport layer; 2) depositing the perovskite material on the sensitized layer to form the perovskite film, and then sequentially depositing the hole transport layer and the metal electrode on the perovskite film to obtain the perovskite solar cell. The perovskite film in the perovskite solar cell has good uniformity and compactness, and the perovskite solar cell has high photoelectric conversion efficiency. The preparation method is simple, and is suitable for large-scale popularization and application.

The application provides a recycled water irrigation system based on ultraviolet peroxo organic acid combination and a water treatment method. The system comprises a shell, a POA dosing tank and a control unit. The lower part of the shell is provided with a water inlet, and the upper part is provided with a water outlet. The water inlet is provided with a lifting pump. A glass liner is arranged in the shell. The interior of the glass liner is divided into a first chamber, a second chamber and a third chamber which are sequentially communicated by a baffle. A grid is arranged in the first chamber. The inner wall of the first chamber is provided with spiral flow guide lines. An ultraviolet light intensity sensor is arranged in the second chamber. The top of the third chamber is provided with a UV-Vis spectrometer with a built-in quartz cuvette. A nozzle, a stirring mechanism, a spiral mixer and a glass electrode pH sensor are arranged in the third chamber. The bottom of the third chamber is provided with an ultraviolet lamp. The system solves the safety and applicability problems of direct irrigation of recycled water through the synergistic effect of ultraviolet irradiation and oxidation.

The utility model relates to the technical field of ozone preparation, concretely to a vertical installation anti -stringing slide -down fixed support device of ozone generator glass electrode tube, including ozone generator cylinder, ozone generator cylinder top end is provided with ozone generator cylinder top cover plate, ozone generator cylinder bottom is provided with ozone generator cylinder bottom plate, ozone generator oxygen gas inlet port is provided with in the ozone generator cylinder right side upper portion, ozone generator ozone outlet port is provided with in the ozone generator cylinder left side lower portion. The utility model four fluorine fixed support device adopts ordinary four fluorine material to make, and the volume is smaller, and the cost is not high, and the dosage is less, and it is easy to process and make, and the installation is very convenient, can guarantee that glass electrode generating tube safe and efficient stable operation, saves time and worries, while greatly guaranteeing glass electrode generating tube safe and stable operation, the installation maintenance cost expense is less, and the enterprise saves the branch and creates the income and increases the benefit.

The utility model belongs to the technical field of sterilization beauty instrument, and disclose a kind of skin sterilization beauty instrument of electricity storage type, including beauty instrument, the bottom of beauty instrument is provided with glass electrode tube, the inside of beauty instrument is provided with the elastic clamp block located in the outside of glass electrode tube, the bottom end of beauty instrument is provided with waterproof assembly, wherein, the beauty instrument includes shell, the bottom of shell is clamped with bottom cover.The utility model is provided with baffle and press bar, the elastic recovery of spring is merged in connecting rod by the driving of two baffles, and then the rubber strip on the two baffles is staggered together in the merging process, and then the top block on one side baffle will extrude press bar, drive press bar to move downward, and press bar is pressed to the rubber strip staggered together, to form good sealing effect between the two baffles closed together, so that it has good waterproof effect, to avoid internal electronic components from being damaged.

The utility model provides a PH tester for water-based ink production, which comprises a PH tester main body, and a testing end, namely a glass electrode, is mounted on a testing protective head integrally arranged on the PH tester main body; a thread arranged on the surface of the testing protective head is meshed with the locking cylinder, and the detachable stirrer is limited on the testing protective head; a display main panel and a control button are arranged on the surface of the PH tester main body, and an auxiliary panel is arranged at the upper end of the display main panel; the sealing cylinder is allowed to be engaged with a thread arranged on the surface of the testing protective head and wraps the testing protective head; according to the utility model, the printing ink is effectively stirred in the test, the test end is ensured to be uniformly contacted with the printing ink, and the measurement accuracy is improved. The detachable stirrer is convenient to operate and clean, continuous and accurate testing is guaranteed, the service life of the instrument is prolonged, the size of the instrument is reduced due to the detachable design, and the instrument is convenient to carry. And the inclined stirring plate below the stirring leather disc efficiently stirs the ink and does not interfere with the test assembly, so that the test convenience is improved.

The utility model discloses a pH value detector adopting an ion electrode method, and relates to the field of acid-base detection. The device comprises a detector, an electrode supporting and measuring assembly is installed on the detector, the electrode supporting and measuring assembly comprises a supporting rod, a PH glass electrode and a rotating ring block, the PH glass electrode is arranged in the supporting rod, the supporting rod is used for supporting the PH glass electrode, the rotating ring block is rotatably connected in the supporting rod, the supporting rod is fixedly connected in the rotating ring block, and the supporting rod is fixedly connected in the rotating ring block. The PH glass electrode is slidably connected into the supporting rod, the rotating ring block drives the PH glass electrode to rotate circumferentially, and the supporting rod is used for adjusting the distance between the PH glass electrode and the circle center. According to the device, the rotating ring block capable of rotating is arranged, so that a PH glass electrode can uniformly stir a solution in a test cylinder, and meanwhile, the distance between the PH glass electrode and the circle center is adjusted through the auxiliary sliding groove, so that the device is suitable for test cylinders with different bottle opening sizes, and the stirring process is safe and effective.

The present invention discloses an inorganic multi-color transmission electrochromic film, coated glass and a design method. The coated glass comprises a glass substrate and the inorganic multi-color transmission electrochromic film stacked in sequence. The inorganic multi-color transmission electrochromic film comprises a dielectric layer (optionally added), a current collecting interference layer, a sacrificial layer, an electrochromic layer, and an electron blocking layer (optionally added) stacked in sequence. With the help of thin film optics principle to design transmittance and color coordinates, optimize the material selection and thickness parameters of each film layer, and further use large-area coating technology to prepare a multilayer film structure on a clean flat glass substrate, and finally a large-area coated glass product with multi-color transmission color and electro-control effect is obtained.

The invention discloses a reusable dual-mode aptamer biosensor for detecting clostridium perfringens, which is characterized by comprising a competitive chain CP-C, a CeO2 (at) PANI nano composite material, a closed bipolar electrode system and an aptamer functionalized magnetic bead probe. According to the invention, the high-affinity nucleic acid aptamer is combined with the specific extracellular electron transfer mechanism of the clostridium perfringens viable bacteria for the first time, a new viable bacteria detection sensing strategy free of nucleic acid extraction and target gene amplification is constructed, and the biosensor can specifically recognize the viable clostridium perfringens, and can be used for detecting the viable bacteria of the clostridium perfringens. According to the present invention, with the detection method, the false positive result caused by the existence of dead bacteria is avoided, the detection can be rapidly completed within 3 min, the voltage signal and the G value signal are mutually proved, the false positive or false negative of the single signal detection is effectively avoided, the detection limit is as low as 2.50 CFU / mL, and the excellent anti-interference ability in the complex food matrix such as chicken and milk is provided; the core element ITO glass electrode can be continuously and repeatedly used for 12 times, and the performance is not obviously attenuated.

The utility model discloses a water quality on-line monitoring comprehensive device, which belongs to the technical field of water resource monitoring and monitors related water quality state data information in a water body in real time through an electrochemical sensor, a glass electrode pH sensor, a photometer, an ion chromatograph, a light scattering turbidimeter and a time recorder, the related water quality state data information comprises the dissolved oxygen concentration, the pH value, the chloride concentration, the nitrate concentration, the turbidity and the ammonia nitrogen density in the actually measured water body; related water quality state data information in the water body is monitored in real time, timely and accurate monitoring feedback can be provided, continuous mastering of the environment state is ensured through the real-time performance, and emergencies are effectively prevented; the preprocessing process enables data to be more standardized, and higher accuracy and reliability are provided for subsequent water quality state analysis and prediction.

The invention discloses a preparation method and application of an oxide glass electrode of a lithium ion capacitor, and belongs to the technical field of oxide glass electrodes, and the preparation method of the oxide glass mainly comprises the following steps: weighing glass raw materials according to glass composition, uniformly mixing, heating, melting, cooling and annealing, grinding the annealed glass into glass powder, and preparing for preparing an electrode plate; the preparation method comprises the following steps: weighing an active substance, a conductive agent and a binder in proportion, mixing in a ball milling tank, and dropwise adding a proper amount of dispersant for ball milling; blade-coating the slurry on a metal aluminum foil current collector for drying; and cutting the dried pole piece into electrode slices by using a slicing machine to prepare for assembling the lithium ion capacitor. According to the preparation method and application of the oxide glass electrode of the lithium ion capacitor, the obtained oxide glass electrode shows excellent electrochemical performance, meanwhile, the production process is simple, no pollution is caused to the environment, good application prospects are achieved, and more choices are provided for electrode materials of the lithium ion capacitor.

The invention discloses a lead-free perovskite Si laminated structure solar cell and a preparation method thereof. The cell structure sequentially comprises a bottom electrode, an electron transport layer ETL, a light absorption layer, a hole transport layer HTL and a top electrode from bottom to top, the electron transfer layer ETL is an N-type wide bandgap semiconductor or SiC; the hole transport layer HTL is P-type wide bandgap semiconductor diamond or GaN; the light absorption layer is of a P-lead-free perovskite + n-Si laminated structure; the top electrode is an FTO transparent glass electrode or an ITO transparent glass electrode; and the bottom electrode is conductive silver paste. According to the solar cell, an environment-friendly, efficient and high-stability photovoltaic device is realized through lead-free perovskite phase regulating deposition, wide bandgap transmission layer design and Si lamination integration.

A method for manufacturing a working electrode for a biosensor is proposed. The method may include providing an Indium Tin Oxide (ITO) glass electrode. The method may also include immobilizing a fixing material on the surface of the ITO glass electrode, wherein the fixing material comprises a first compound and a second compound, and wherein the second compound is a linker compound-metal nanoparticle conjugate. The method may further include immobilizing a reaction factor on the fixing material. An electrode manufactured by the method, and a method for measuring the concentration of biomarkers in a sample using a biosensor including the working electrode are also proposed.

The utility model relates to a microcentrifuge tube stabilizer, belongs to the technical field of medical instruments, and solves the technical problem that the tip of a glass electrode touches the wall of a centrifuge tube by mistake due to the fact that an existing microcentrifuge tube cannot be stably held. The microcentrifuge tube stabilizer comprises a positioning rod, a fixing block and a centrifuge tube placing rack; the centrifuge tube placing rack comprises a fixed end and an insertion end, the fixed end is arranged on the fixed block, the insertion end is fixedly arranged on the fixed end, an insertion opening is formed in the insertion end, a microcentrifuge tube can be inserted into the insertion opening, and the microcentrifuge tube can be clamped in the insertion opening. According to the microcentrifuge tube clamping device, a microcentrifuge tube can be inserted and clamped in the insertion opening, so that the microcentrifuge tube is clamped and fixed, the microcentrifuge tube is not easy to shake during operation under the clamping action, the situation that the tip of a glass electrode touches the wall of the microcentrifuge tube by mistake is reduced by keeping the stable state of the microcentrifuge tube, the deviation of measured data is reduced, and the measurement accuracy is improved. And the accuracy and reliability of the experiment are improved.

The application discloses a kind of lactic acid bacteria PH inhibition method water quality online biological toxicity detection method and detection device, wherein detection method includes the following steps: preparation first water sample and second water sample;Get the initial PH voltage value of first water sample and second water sample;Constant-temperature culture is carried out to first water sample and second water sample;Respectively obtain the PH voltage value of first water sample and second water sample after cultivation;Biological toxicity analysis calculation is carried out to water sample to be measured.The method of the application determines the size of harmful substances in water by monitoring the PH change caused by lactic acid, a metabolic product of lactic acid bacteria;Based on the mature glass electrode electrochemical principle method to detect PH, its detection accuracy is not affected by water quality turbidity;The detection method of the application has high consistency with the luminescent bacteria method of prior art for detecting biological toxicity, and meets the related technical requirements in the determination of water quality acute toxicity.

The invention discloses a high-selectivity sodium ion glass electrode, relates to the technical field of electrochemical detection, and aims to solve the technical problem that a sensitive membrane of an existing sodium ion glass electrode is difficult to burn due to the fact that the sensitive membrane contains high-melting-point aluminum oxide. A sensitive film of the electrode adopts a specific formula and comprises the following components in percentage by mole: 60-65% of silicon dioxide, 12-15% of aluminum oxide, 0-5% of sodium oxide, 0-7% of tantalum pentoxide, 0-2% of niobium oxide, 3-5% of gallium oxide and 15-20% of lithium carbonate. Gallium oxide is used for replacing part of aluminum oxide, the sintering temperature of the sensitive film is reduced, preparation can be achieved through a common hot melting furnace, meanwhile, high selectivity to sodium ions is kept, the concentration of the sodium ions in a solution can still be accurately measured in the presence of high potassium ions or other cations, measured data are stable and reliable, and the method is suitable for large-scale popularization and application. The method is suitable for sodium ion monitoring of a solution or discharged water.

This utility model discloses a composite sintering mold and device for a hemispherical electrode base. The mold includes an upper mold, a lower mold, and a hemispherical electrode base. The hemispherical electrode base includes a base body, multiple glass electrode components located on the base body, a copper tube, and a solder ring sleeved on the copper tube. Both the upper and lower molds have positioning grooves that mate with the base body. The bottom of the positioning groove has an overflow groove, and the bottom of the overflow groove has multiple insertion holes corresponding to the electrode needles. The bottom of the upper overflow groove also has a receiving through hole that mates with the copper tube. The base body is positioned within the space enclosed by the upper and lower positioning grooves. The electrode needles are positioned in the corresponding upper and lower insertion holes, and the copper tube is positioned in the receiving through hole, with its upper end extending out of the receiving through hole. This utility model can achieve one-step sintering of the hemispherical electrode base. Compared with the traditional two-step sintering, it shortens the process flow, reduces costs, and improves the yield.

The invention discloses a preparation method and application of a glass-based sodium ion all-solid-state battery, and belongs to the technical field of battery material preparation, and the preparation method comprises the following steps: based on a Sb2O3-B2O3-P2O5 glass system, replacing Sb2O3 with Fe2O3 to carry out component regulation and control so as to prepare an oxide glass electrode; preparing a Fe-based modified NASICON glass ceramic solid electrolyte, and further adjusting a heat treatment process to improve the ionic conductivity of the NASICON glass ceramic solid electrolyte; the oxide glass electrode and the NASICON glass ceramic electrolyte are simultaneously modified by the Fe2O3 component and are assembled into the all-solid-state sodium ion battery, so that the structural matching property and compatibility of an electrode / electrolyte interface are effectively improved, and the electrochemical performance and the safety performance of the battery are remarkably improved.

The application provides a perovskite non-invasive blood glucose detection sensor based on a photoelectric plethysmography, when the light absorption layer of the sensor is subjected to light radiation, absorbs photons to generate excitons, and diffuses to the metal electrode and the glass electrode on the two sides to form a potential difference, through the potential difference, a closed loop is formed in the sensor to further perform blood glucose detection and analysis. In the traditional lead-based perovskite, SnI2 is doped in the same proportion as PbI2 to reduce the band gap; at the same time, a protective layer is added between the light absorption layer and the transmission layer, which can not only passivate the perovskite and reduce the surface non-radiation recombination loss, but also can isolate the invasion of external water and oxygen due to the smooth film, large crystal grains and complete coverage of the perovskite light absorption layer, so as to serve as a self-sealing layer. The sensor has strong stability, can still maintain excellent photoelectric properties under atmospheric environment and high light intensity continuous irradiation, is more sensitive, accurate and scientific compared with the existing blood glucose detection.

The utility model belongs to the technical field of PH test pens, and particularly discloses a cotton-sealed pH test probe which comprises a shell and a glass electrode, the glass electrode is sleeved with foamed plastic, the foamed plastic and the glass electrode are jointly sleeved with the shell, and a test head of the glass electrode and the foamed plastic are both exposed out of a test end face of the shell. A reference space defined by the shell, the glass electrode and the foam is internally provided with a reference element and is filled with a reference electrolyte, one end of the reference element is immersed in the reference electrolyte, and the other end of the reference element extends out of the reference space. The space between the glass electrode and the shell is sealed through the foam, the reference space defined by the shell, the glass electrode and the foam is filled with the reference electrolyte, the foam serves as an electrolyte carrier, the reference electrolyte is communicated with liquid to be detected through the foam, the reference electrolyte is improved, and the detection accuracy is improved. Therefore, the conductivity of the reference electrolyte is effectively improved, the pH value stability of a reference system is enhanced, and the service life is prolonged.