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  • Coating of Brake Disc
    , electron beams, or, in this case, heat. Well-known benefits. One coil can process all the discs on a production line. However, because all kinds of discs are included on the line, coil efficiency compromises must be made. Also, disc temperature varies during the process. To overcome this, “free stations
  • Case Study: Processing of Metal Coatings Using Infrared Heating
    was six months. Alternate Technologies. Electric IR competes with both traditional methods, such as air or gas-oven drying, and with gas IR. Other types of radiation, such as electron beam (EB) and ultraviolet (UV), are used to cure specially- formulated, non-heat-treatable coatings that cannot be treated
  • Case Study - IR Processing of Metal Coatings
    was six months. Alternate Technologies. Electric IR competes with both traditional methods, such as air or gas-oven drying, and with gas IR. Other types of radiation, such as electron beam (EB) and ultraviolet (UV), are used to cure specially- formulated, non-heat-treatable coatings that cannot be treated
  • Three-Dimensional Microfabrication by Two-Photon Polymerization
    Chip (IC) technology and comprises processes such as photolithography and electron beam lithography.1 By means of IC technology, microprocessors with millions of transistors can be routinely fabricated and launched in enormous numbers of calculations per second. With the increasing complexity
  • Interlevel Dielectric Processes Using PECVD Silicon Nitride, Polyimide, and Polybenzoxazole for GaAs HBT Technology
    , conformal, and is excellent for. of Ti/Au/Ti stack with a thickness of 2. m. protection against moisture absorption. However, it has a high di-. Focused-ion beam scanning electron microscope. FIB/SEM. electric constant. = 7.0 .17,18,20,22 Even though polyimide has a. analysis was performed using an FEI

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