8 results about "Kapton" patented technology

This invention discloses an oxygen-free circulating liquid cell for high-resolution X-ray diffraction (XRD) using a horizontal goniometer and a method for in-situ detection and characterization of structural evolution during electrocatalysis. It aims to address the limitations of existing technologies, such as the inability to vertically install the in-situ cell, insufficient oxygen control, and limited characterization dimensions, thus hindering the accurate tracking of the microstructure evolution of functional thin films during oxygen-sensitive electrochemical processes. The liquid cell includes a vertically mounted adapter structure, a sealing screw with an integrated elastic conductive component and a liquid-electric isolation component, and an X-ray window using a 10-100 μm Kapton membrane, with a conductivity detection interface. The method includes cell assembly and leak detection, electrolyte inert gas deoxygenation circulation, XRD optical path calibration, and simultaneous application of an external electric field to acquire electrochemical, XRD, and conductivity data. This invention achieves angstrom-level structural monitoring, complete oxygen isolation, multi-dimensional characterization, and compatibility with thin film / bulk / powder samples deposited on substrates, filling a technological gap and contributing to device development in the energy and electronics fields.

The application discloses a beryllium window device with gas and water cooling protection, which is characterized by comprising a water cooling beryllium window and a gas beryllium window protection device; the gas beryllium window protection device comprises a Kapton film, two gas pipelines and a terminal flange; a fixed flange on the atmospheric side of the water cooling beryllium window is connected with the terminal flange, the Kapton film is installed in a knife edge of the fixed flange; two through holes are arranged on the side wall of the fixed flange and are respectively in sealed connection with the gas pipelines, one of the gas pipelines is used for connecting cooling air to cool beryllium sheets in the water cooling beryllium window, and the other gas pipeline is used for discharging gas to form air cooling circulation. On the basis of the water cooling beryllium window, a set of gas protection device is added, and the service life of the beryllium window can be prolonged by means of air cooling, and the harm of beryllium oxidation to the human body can be avoided.

This invention discloses a self-powered vibration measurement sensor for coal mine drilling, comprising a housing and an end cap, which are sealed by screw connection. A vibration table is disposed in the cavity in the middle of the housing. A copper electrode layer and a Kapton sensing layer are disposed on the upper surface of the vibration table, and a copper electrode layer and a silicone film sensing layer are disposed on the lower side of the end cap. The positions of the copper electrode layer and the Kapton sensing layer correspond to those of the copper electrode layer and the silicone film sensing layer. The greatest advantage of this invention is its self-powered nature. This sensor does not require an external power supply, saving downhole space during installation. At the same time, this type of sensor also has a series of advantages such as low cost, simple structure, and high efficiency at low frequencies. This invention has a simple structure, high reliability, and is not prone to distortion.

The invention discloses a bionic soft-bodied robot and a preparation method thereof, and relates to the field of bionic soft-bodied robots, the bionic soft-bodied robot comprises a carbon precursor layer formed by polyimide paper; an LIG functional layer formed on the carbon precursor layer by graded laser processing; the LIG functional layer has regionalized resistance distribution regulated and controlled by differential laser energy processing and regionalized rigidity distribution regulated and controlled by directional laser scribing; the Kapton adhesive tape substrate layer is adhered to the bottom of the carbon precursor layer; the electrode is arranged in a preset area of the LIG functional layer; the PDMS thermal expansion layer is spin-coated on the surface of the LIG functional layer; and the electrode is packaged between the LIG functional layer and the PDMS thermal expansion layer. The bionic soft robot provided by the invention has good deformability.

The invention discloses an oxygen-free circulating flow liquid pool for high-resolution X-ray diffraction (XRD) of a horizontal goniometer and a characterization method for in-situ detection structure evolution in an electro-catalysis process. The invention aims to solve the problems that in the prior art, an in-situ pool cannot be vertically mounted, oxygen control is insufficient, the characterization dimension is single and the like, and functional film microstructure evolution in the oxygen-sensitive electrochemical process cannot be accurately tracked. The liquid pool comprises a vertical installation adaptation structure, an elastic conductive piece and a liquid-electricity isolation piece are arranged in a sealing screw rod, a 10-100-micrometer Kapton film is used for an X-ray window, and a conductivity detection interface is arranged; the method comprises the steps of cell body assembly leakage detection, electrolyte inert gas deoxygenation circulation, XRD light path calibration, synchronous application of an external electric field and collection of electrochemical, XRD and conductivity data. According to the invention, angstrom-level structure monitoring, thorough oxygen isolation and multi-dimensional characterization are realized, a thin film / block / powder sample deposited on the substrate is compatible, the technical blank is filled, and research and development of devices in the fields of energy and electronics are assisted.

The invention relates to the technical field of electrochemical energy storage, and discloses a preparation method and application of a zinc metal negative electrode based on L-leucine etching, and the method comprises the following steps: pretreating the surface of a zinc foil, removing zinc oxide and zinc carbonate on the surface of the zinc foil, sequentially carrying out ultrasonic cleaning with acetone, deionized water and ethanol, and drying; and sealing one side of the dried zinc foil with a KAPTON insulating tape to prevent the two surfaces of the zinc foil from reacting at the same time, immersing the unsealed side of the zinc foil into an L-leucine solution, and reacting for 12 hours at 40 DEG C. According to the method, an external electric field or complex equipment is not needed, crystal face regulation and interface construction are synchronously completed, the whole preparation process is safe, environment-friendly and low in cost, and the method is suitable for industrial production. The method is suitable for large-scale application.

The invention relates to the technical field of spectroelectrochemistry, and discloses an in-situ synchrotron radiation ED-XAS transmission reaction tank for a liquid phase electro-catalysis system, the reaction tank comprises a liquid layer thickness adjusting module and a cavity; the cavity comprises a clamping plate, a bottom plate is fixedly arranged at one end of the clamping plate, a cover plate is fixedly arranged at the other end of the clamping plate, the bottom plate is connected with the liquid layer thickness adjusting module, a first groove and a second groove are formed in one side of the cover plate, a working electrode and a gasket are fixedly arranged in the grooves, and a cushion block is fixedly arranged in the second groove. The in-situ synchrotron radiation ED-XAS transmission reaction tank is used for a liquid-phase electro-catalysis system, in-situ testing of ED-XAS in a color dispersion optical mode can be completely adapted, the two ends of the in-situ reaction tank are closed through the light-transmitting tube with one closed side and the Kapton adhesive tape, absorption of synchrotron radiation light by a tank body material is reduced, the spectrum quality of ED-XAS is guaranteed, and the in-situ synchrotron radiation ED-XAS transmission reaction tank is suitable for in-situ testing of ED-XAS in a color dispersion optical mode. And the capability of real-time reaction of the dynamic evolution process of an energy catalytic signal under a microscopic time scale in a solution environment is fully exerted.

The utility model discloses an electrochemical testing device capable of testing the original strain of an electrode material, which comprises an upper flange assembly, a battery shell, a lower flange, a positioning base, a binding post, a counter electrode and a working electrode, the counter electrode and the working electrode are connected and fixed in a cavity in the battery shell through binding posts; and the upper flange assembly and the lower flange are respectively arranged on the upper side and the lower side of the battery shell. According to the utility model, the packaged battery is placed on the positioning base, then the positioning base is placed on the test sample table of the X-ray diffractometer, and the coordinate position of the battery is finely adjusted by adjusting the height of the test table, so that the X-ray can enter the inner cavity of the battery shell and is directly focused on the working electrode in the battery after penetrating through the Kapton film; x-ray diffraction signals of the working electrode in the actual electrochemical reaction process are collected, and real-time structure change information of the material in the reaction process is obtained through analysis.