ASD Technical Report, Numéro 62,Partie 843

activated powders active ceramic powders active magnesia adsorption of atmos adsorption of carbon Aeronautical Systems Division AFSC Project 7350 ASTIA collec Aval fr OTS basic carbonate basic magnesium carbonate calcination of basic calcination temperature Carbon Dioxide Adsorbed CO₂ CO2 adsorption studies contamination by adsorption D. W. Koester Data from decomposition decomposition experiments decomposition of basic dioxide by magnesia Dir/Materials and Processes DUCTING FINE PARTICULATES E. B. Cornelius emphasize the diffi ent contamination exchange and initial EXCHANGE BETWEEN MAGNESIA experiments and CO2 H2O and CO2 handling to avoid Houdry Process incl illus.,table initial specific adsorption isotopically enriched ize ceramic materials J. J. Donovan Linwood magnesia powders magnesia were prepared Magnesium oxide mass spectrometer nitrogen oxygen exchange PARAMETERS OF NON-ELECTRICALLY pheric constituents H2O prepared by calcination Process and Chemical Pyrex results emphasize Samples of active samples of magnesia scale lots sinterability surface area thermal decomposition thermogravimetric balance Vycor weight Wright-Patterson AFB