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DC self-bias is created in RF sputtering and can improve plasma ion collision on the target surface. Various factors, RF power, can affect DC self-bias voltage.

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Working gas pressure during the magnetron sputtering deposition not only affects purity and quality of the layer, but plays an important role in transport of sputtered atoms to the substrate.

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Reactive sputtering is a kind of sputter deposition, introducing reactive gases throughout the coating process to produce thin films of compounds with tailored features.

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Coating the samples with the proper material is typically an essential step in sample preparation for electron microscopy imaging like SEM, FESEM, and TEM.

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Reactive sputtering is a kind of sputter deposition, introducing reactive gases throughout the coating process to produce thin films of compounds with tailored features. Reactive sputter deposition has various applications in production of energy storage devices, hard and decorative coatings, and microelectronics.

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Rotary vacuum pumps are positive displacement pumps that are widely used in different industries, pharmaceutical processes, vacuum coating systems, etc., to provide a mid-range vacuum environment.

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DC-diode sputtering is a common method for deposition of conductive materials, typically used in EM sample preparation and electrical contact coating.

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The physical Vapor Deposition (PVD) market will grow significantly in the coming years due to the increasing global demand for complex electronic devices, green energy, medical coatings, etc., especially in Asia as the semiconductor manufacturing hub.

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Magnetron sputtering is a key technique that enhances the conventional sputtering process by increasing both the sputtering and deposition rates at lower chamber pressures.

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Chemical vapor deposition (CVD) is a coating method for thin film deposition through chemical processes in a reactor with precursors, and has numerous applications in electronics, semiconductors, optoelectronics, and advanced materials research.

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Vacuum feedthroughs are essential components in a vacuum chamber. Electrical feedthrough, especially high-current feedthroughs should be provided regarding safety precautions.

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RF sputtering is widely used for electrically non-conductive target materials deposition.

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The sputter target surface undergoes erosion by successive collisions of the energetic charged particles through the magnetron sputtering process. The erosion pattern plays an important role in the sputter target lifetime or target utility;

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Plasma created by glow discharge can be manipulated to treat surface areas to achieve desired surface properties for various applications.

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Carbon coating is a thin layer of carbon that be coated by various methods, like thermal evaporation, E-beam deposition, or sputter coating and utilized in different applications.

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Thermal evaporation deposition technique is widely used as a straight method of forming thin films for various applications like solar cells and sensors.

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PVD coatings in optoelectronics enable high-purity, uniform thin films of metals and ceramics for various functions, including forming interconnects, barriers, and insulators, used in LEDs and ICs.

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The use of Magnetron Sputtering is done in two ways that relates to the configuration of the magnets. Balanced magnetron sputtering: If all the magnets have the same power.

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Thickness uniformity of thin films is an important feature in a coating performance that can be manipulated through adjusting deposition chamber geometrical factors.

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A quartz crystal microbalance (QCM) sensor is a piezoelectric crystal that detects the extra mass placed on it based on the change in its resonating frequency.

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Ion Beam Sputtering Deposition is one of the favorable methods to form high purity, uniform, and dense thin films resulting from energetic ion sputtering of the target material.

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Turbomolecular pumps can be used in the range of rough vacuum, high vacuum, and ultra-high vacuum with a constant pumping speed of up to 4000 lit/s.

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Organic materials play an important role in development of electronic and electro-optic devices due to their electronic band structure, low cost, and high flexibility.

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Sputter yield is a key parameter in the sputter coating process that highly affects the sputtering efficiency and the deposition rate and is a function of several factors, including energy and target material.

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HIPIMS method uses low duration, high-power pulses to generate highly ionised plasma for enhanced mechanical features in PVD coatings.

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Glow Discharge Plasma is a colored plasma generated by passing electrical current through an ionized gas between two electrodes with many application, from light bulbs to sputter coating.

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Plasma cleaning is an efficient, eco-friendly, and versatile surface plasma treatment that facilitates cleaning a surface to the atomic level or create desired functional groups on it for different applications.

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Physical Vapor Deposition (PVD) is a set of vacuum deposition methods in which a solid material vaporizes in a vacuum environment and is deposit on the substrate as a thin film.

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Deposition on a surface based on different physical and chemical coating processes can modify its surface structure and properties that can lead to various applications.

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Pulsed Laser Deposition (PLD) is a high vacuum PVD technique in which a high-energy laser is used to ablate the target material and create a plasma plum with species of the same stoichiometry of the target to be deposited on the substrate.

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High vacuum and Ultra-high vacuum systems provide a clean environment for processes that needs clean surfaces, as thin film deposition and surface analysis.

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Helium leak detectors are high-precision vacuum leak detection systems used in finding local or integral vacuum leaks using various techniques like sniffer probe, spraying, etc.

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Scanning electron microscopy (SEM) is a highly efficient method for imaging micro-nano structures. SEM has improved enormously to enhance image quality.

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Aperture cleaning electron microscope is mainly achieved through thermal evaporation or plasma cleaning is an essential process to obtain high-resolution SEM/TEM images.

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Outgassing is defined as the release of a gas which has been trapped, dissolved, absorbed or frozen in a material, a challenge in the way of high vacuum deposition.

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Chalcogenide thin films deposition through different coating methods such as sputtering, possess special properties for solar cells, fuel cell, batteries, etc.

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Field Emission Scanning Electron Microscopy (FESEM) is an improved version of SEM method with higher resolution imaging capability of micro and nano structures.

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Transmission Electron Microscopy is a powerful tool that shows tiny structures in detail, allowing analysis of shape and elements of biological materials.

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The history of electron microscope began in 1931 by Ernst Ruska and Max Knoll.Electron microscope invention created a powerful method for surface investigation.

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Plasma is the fourth state of matter that can be reached in high energies. When atoms in a gas gain extremely high temperatures it goes to plasma phase.

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SEM samples need to be prepared by a sample preparation process to intensify image clarity and a clean, dried, and conductive sample is ideal for SEM imaging.

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EDX is a tool for elemental analysis performed during EM through inelastic scattering of electrons with specimens and generation of X-ray characteristic peaks.

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Thin film, deposition of a nano/micrometer thin layer, on the bulk material can help to improve its surface features, which is widely used in science & industry.

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Thin film thickness measurement is performed in a variety of ways, including using optical properties, mechanical contact, electron microscopy.

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Everything you need to know about electron microscopy — from fundamentals (How it works, types, and parts) to advanced techniques and real-world uses.