Outgassing

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  • Outgassing of Silicone Heater Compound
    Basics of silicone outgassing.
  • Outgassing of Silicone Elastomers
    is volatile component outgassing. While outgassing is a valid concern for a number of sensitive applications, there is a broad lack of understanding about silicone outgassing, as well as much misperception and confusion. As a result, silicone is often excluded from designs. This paper broadly
  • Outgassing And O-Rings
    Outgassing, also called offgassing, refers to the release of gas that has become trapped, frozen, dissolved, or absorbed in another material. Outgassing is a common problem when creating, or maintaining, a clean high-vacuum environment.
  • Understanding Low Outgassing Adhesives
    Applications that need to meet stringent outgassing requirements now have more adhesive options than ever.
  • Outgassing Species in Optoelectronic Packages
    The microelectronics community has long been plagued with the problem of moisture formation and outgassing of various fixed and organic gaseous species into the device cavity. It is now very apparent that the optoelectronic packaging community is having the same problems only made more complex
  • Outgassing, Fasteners, & Your Vacuum System
    Many different materials release light-weight molecules that can interfere with the vacuum process, even materials that are not normally considered absorbent (such as metals and glass). Vapor pressure and the rate of chemical reactions at higher temperatures also cause outgassing rates to increase.
  • Low Outgassing Accelerometers and Cables for Thermal Vacuum and Vibration Test Environments
    Exposure to the high vacuum level of a space environment induces material outgassing in ordinary accelerometers and cables. Any substance subjected to a vacuum has the potential to release trapped gasses. Contaminants from outgassing can condense onto nearby surfaces such as photo-optic devices
  • Advances in Precision Positioning Stage Design-Optimized Outgassing and Motion Performance in Ultra-High Vacuum Applications
    Many processes in advanced research and industrial manufacturing can only be performed in a vacuum, such as thin-film sputtering and ion milling, and technologies formerly reserved for exotic materials processing are seeing application in new fields.
  • Understanding a Fog Testing System
    Fog testing is a method to recreate automotive interior out-gassing in a timely, measurable and repeatable way, utilizing various standards including DIN, ISO and SAE.

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