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Results 1 - 10 of 21 for Fe3O4
  • Supplier Profile
    Vesuvius is a worldwide leader of Advanced Ceramics for the Solar, Metallurgy, Glass Fabricating and Glass Forming industries. Vesuvius has technical support personnel in every major market providing...
  • Supplier Profile
    Vesuvius is a worldwide leader of Advanced Ceramics for the Solar, Metallurgy, Glass Fabricating and Glass Forming industries. Vesuvius has technical support personnel in every major market providing...
  • Supplier Profile
    Vesuvius is a world leader in the design, engineering, manufacture and delivery of refractory products, systems and services for high-technology industrial applications: Refractories and systems...
  • News - 3 Dec 2021
    Magnetite is a type of iron oxide with the chemical formula Fe3O4. It has many interesting properties that make it the focus of research for use in spintronics devices. Researchers from Osaka...
  • Article - 4 Feb 2010
    Increased demand for glass for solar applications is driving the development of specific glass qualities that are designed for the various solar technologies. This article outlines factors that need...
  • Article - 14 Sep 2004
    Bioceramics such as glass ceramics and yttria have been used for the in situ treatment of cancer. The methods and materials used to treat cancer are described.
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    Our pursuit is progress for people everywhere. That's why we take a closer look at things, ask questions, and think ahead. We've been around for more than 350 years, yet our majority owners...
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    Xradia develops technology to help advance innovation in science and industry by providing unique insight through superior X-ray imaging solutions. Xradia products utilize advanced X-ray computed...
  • Supplier Profile
    Bruker Nano Surfaces provides high-performance, specialized analysis and testing technology for the widest range of research and production applications. Our broad portfolio of 2D and 3D surface...
  • Article - 14 Dec 2020
    When the electrically insulating graphene Oxide (GO) is reduced, the reduced graphene oxide formed resembles graphene but contains residual oxygen and other heteroatoms.