+86-731-89578196 [email protected]
AEM Deposition
Home > Blog > Product News > La0.8Sr0.2MnO3 Sputtering Target Video
  • Blog
  •  
  • Product News
  • Knowledges
  • Industry News
    •

    La0.8Sr0.2MnO3 Sputtering Target Video

    views, Updated: 2021-09-07
    La0.8Sr0.2MnO3 Sputtering Target https://www.aemdeposition.com/oxide-targets/la08sr02mno3-sputtering-target.html
    Details are as follows:
    La0.8Sr0.2MnO3 Sputtering Target
    Brand: AEM Deposition
    Purity: 3N 99.9%
    Size: Φ51 x 3 mm / Φ51 x 3 mm
     
    Applications
    - Ferroelectric;
    - Gate Dielectric;
    - For CMOS.
     
    Related products:
    Pure metal sputtering targets https://www.aemdeposition.com/pure-metal-targets/
    Alloy sputtering targets https://www.aemdeposition.com/alloy-targets/
    Oxide sputtering targets https://www.aemdeposition.com/oxide-targets/
    Sulfide sputtering targets https://www.aemdeposition.com/sulfide-targets/
    Selenide sputtering targets https://www.aemdeposition.com/selenide-targets/
    Boride sputtering targets https://www.aemdeposition.com/boride-targets/
    Carbide sputtering targets https://www.aemdeposition.com/carbide-targets/
    Silicide sputtering targets https://www.aemdeposition.com/silicide-targets/
    Telluride sputtering targets https://www.aemdeposition.com/telluride-targets/
    Nitride sputtering targets https://www.aemdeposition.com/nitride-targets/
    Fluoride sputtering targets https://www.aemdeposition.com/fluoride-targets/
     
    Follow us:
    YouTube:  https://www.youtube.com/channel/UCFymREHkpVYY_ONN159tDGw
    Twitter:  https://twitter.com/aemdeposition
    Linkedin: https://www.linkedin.com/company/11419144/admin/
    LATEST NEWS
  • Enhance Your Sputtering Deposition Performance with Cutting-Edge Sputtering Targets
    2024-05-24
  • Magnesium Oxide Sputtering Target Video
    2023-10-17
  • Silicon Monoxide Sputtering Targets Video
    2023-10-17
  • The Art of Thermal Evaporation: A Step-by-Step Guide
    2023-09-15
  • What is Pulsed Laser Deposition: An In-Depth Exploration
    2023-09-15