Fundamental thermodynamic study of phase relations in the mercury-oxygen-sulfur system at high temperature: mercuric oxide, HgO, mercuric sulfide, HgS, mercuric sulfate, HgSO₄, mercurous sulfate, Hg₂SO₄, dibasic mercuric sulfate, HgSO₄•HgO, and tribasic mercuric sulfate, HgSO₄•2HgO; with applications to the extraction and recovery of mercury by means of thermal processing, A

Hager, John P.Fredrickson, Guy Lawrence2023-07-112023-07-111996https://hdl.handle.net/11124/177351Includes bibliographical references (pages 375-395).doctoral dissertationsengCopyright of the original work is retained by the author.MercuryPhase rule and equilibriumThermodynamicsMercury wastesFundamental thermodynamic study of phase relations in the mercury-oxygen-sulfur system at high temperature: mercuric oxide, HgO, mercuric sulfide, HgS, mercuric sulfate, HgSO₄, mercurous sulfate, Hg₂SO₄, dibasic mercuric sulfate, HgSO₄•HgO, and tribasic mercuric sulfate, HgSO₄•2HgO; with applications to the extraction and recovery of mercury by means of thermal processing, AText