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Solution for measuring the thickness of drug coatings on cardiac stents
Catalog of Younikon Technology Co., Ltd. 01 Background Introduction of Cardiac Stents 02 Coating Materials of Cardiac Stents 03 Characteristics of Drug Coated Stents 04 Customer and Market Situation of Cardiac Stents 05 Coating Thickness Measurement Solution of Cardiac Stents Background Introduction of Cardiac Stents&Oslo; According to the annual mortality rate statistics of human diseases, approximately 17 million people worldwide die from cardiovascular diseases each year, accounting for one-third of the global death toll, with coronary heart disease being the leading cause of death. Coronary heart disease, also known as ischemic heart disease, is due to coronary atherosclerosis
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LCD liquid crystal display measurement solution
LCD Display Measurement and Application Catalogue of Younikon Technology Co., Ltd. 01 Development Overview and Current Status of LCD Display Technology 02 What is LCD Display? Why is it necessary to measure LCD cells? 05 LCD Panel Industry Domestic Manufacturers User Group 06 Industry Measurement and Solutions 01 Development Overview and Current Status of LCD Display Technology LCD was discovered by Austrian botanist F. Reinitzer in 1888, and its research was popular in the 1930s. Later, it lost people's attention due to the lack of application. LCD application
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Evaluating the brittleness of substrates and film layers using nanoindentation technology
The KLA Instruments TM Classroom regularly shares various technical information, application notes, and usage guides of KLA Instruments' products. Our products include probe/optical profilometers, nanoindentation testers, thin film thickness gauges, square resistance measuring instruments, and other measuring instruments. This course utilizes KLA's nanoindentation technique to evaluate the brittleness of substrates and film layers (keywords: nanoindentation; brittleness; elastic modulus; hardness; fracture toughness; scratch testing). Many materials used in semiconductor manufacturing may crack during processing and application, exhibiting brittle failure. Although;
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Solution for spin coating thickness measurement of perovskite thin film coatings
Solution for Spin Coating Thickness Measurement of Perovskite Thin Film Coatings by Nikon Technology Co., Ltd. Catalog 01 Overview of Perovskite Solar Cell Thin Films 02 Advantages of Perovskite Cells 03 Preparation of Perovskite Thin Films 04 Measurement Requirements and Solutions for Perovskite Thin Films Overview of Perovskite Batteries With the development of new materials science, the first generation silicon-based solar cells that have been commercially used are greatly limited in their future development due to the high purity and energy consumption of their production materials. The second-generation cadmium telluride is also not an ideal new material for solar cells due to the high toxicity of the raw materials
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![Solution for Measuring Film Thickness in SiC Semiconductors]()
Solution for Measuring Film Thickness in SiC Semiconductors
Solution for Measuring Film Thickness in SiC Semiconductors by Younikon Technology Co., Ltd. Catalog 01 Overview of SiC Semiconductor Materials 02 Advantages of SiC Materials 03 Types of SiC Devices 04 SiC Semiconductor Applications 05 SiC Semiconductor Manufacturers 06 Measurement Requirements for SiC Semiconductors 01 Overview of SiC Semiconductor Materials With the maturity of the development of first and second generation semiconductor materials, Si power devices currently in large-scale use have reached their performance bottlenecks. The improvement of Si power devices' operating frequency, power, heat resistance, energy efficiency, resistance to harsh environments, and miniaturization faces insurmountable bottlenecks. Modern technology
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Indium tin oxide and transparent conductive oxide
Liquid crystal displays, organic light-emitting diode variants, and the vast majority of flat display technologies rely on transparent conductive oxides (TCO) to transmit current and act as anodes for each luminescent element. As with any thin film process, understanding the thickness of the materials that make up each layer of the display is crucial. For liquid crystal displays, there is a need for methods to measure the thickness of polyimide and liquid crystal layers. For organic light-emitting diodes, it is necessary to measure the thickness of the light-emitting, electrical injection, and encapsulation layers. When measuring any multiple layers, optical techniques such as spectral reflectance and ellipsometer require measurement or modeling to estimate each layer
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Anti vibration application of vinyl records
Born for fever, improve the sound quality of vinyl records, solve the problem of no skipping needles on vinyl records - TS-150 shock-absorbing table vinyl records use analog sound sources to record sound, and the bumps (grooves) on the record are the fluctuations of sound. Playing a record is actually amplifying the fluctuations and reproducing the sound. The principle of vinyl playback is the friction between the stylus and the grooves on both sides, generating vibration and transmitting it to the cartridge; Magnetoelectric Conversion; The principle is to output current, which is then converted into voltage and restored, and music is played through a speaker. However, due to environmental factors in our daily lives, vibrations transmitted from the ground often cause certain precision equipment to malfunction
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Solar photovoltaic applications
Thin film photovoltaics (TFPV) are being developed as a cheaper alternative to silicon-based wafers. There are three main types of thin-film photovoltaics, named according to their effective layer composition: silicon thin films, II-VI (mainly cadmium antimonide), and CIGS (copper indium gallium selenide). Each effective layer film is used on top of a transparent conductive oxide film, and the substrate can be made of glass or metal. Accurately measuring the thickness and composition of the effective layer is crucial. Being too thin can affect effectiveness and durability, while being too thick can increase costs. Incorrect composition can greatly reduce the efficacy and manufacturing yield of the product. Fil
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