2. Author's Information
    Martin Wolff
    GKSS Research Centre Geesthacht GmbH Institute of Materials Research, D‐21502 Geesthacht Germany

    Thomas Ebel
    GKSS Research Centre Geesthacht GmbH Institute of Materials Research, D‐21502 Geesthacht Germany

    Michael Dahms
    University of Applied Sciences, FH Flensburg Materials Laboratory, D‐24943 Flensburg Germany
  3. Abstract
    Sintering of magnesium powder is strongly inhibited by a stable oxide layer that is formed immediately after exposure to air. In contrast to e.g. titanium, no solubility of oxygen in solid magnesium is reported; therefore, the oxide layer is not dissolved during sintering. In this study, different methods are investigated in order to overcome this problem. It is shown that magnesium can be sintered if the sintered parts are surrounded by magnesium getter material. Calcium additions improve sinterability. The optimum calcium content lies in the range of 0.6 wt%.
    Keywords
    Sintering, Magnesium, Calcium
    DOI: 10.1002/adem.201000038
    ADLID: 62409-v5
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  1. Keywords
    Sintering Magnesium Calcium
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