Material biologis mampu luruh alami fe mn c berstruktur busa diproduksi melalui metalurgi serbuk ferromangan besi karbon dan kalium karbonat dengan proses sinter dekomposisi = Degradable biomaterial based on fe mn c foam produced by powder metallurgy process of ferromanganese iron carbon and potassium carbonate with sinter decomposition process

Biokompatibilitas material biologis mampu luruh berbasis paduan Fe-Mn-C hasil proses pemaduan mekanik dan metalurgi serbuk besi, mangan dan karbon = Biocompatibility of Fe-mn-C based degradable biomaterial from mechanical alloying and powder metallurgy process of iron manganese dan carbon

Karakteristik korosi dan biokompatibilitas biomaterial mampu luruh alami Fe-Mn-C diproduksi melalui metalurgi serbuk ferromangan, besi, dan karbon = Corrosion and biocompatibility characteristics of biodegradable material Fe-Mn-C produced by powder metallurgy ferromanganese, iron, and carbon

Biomaterial mampu luruh alami Fe-Mn-C diproduksi melalui metalurgi serbuk ferromangan, besi, dan karbon dengan perlakuan canai dingin dan re-Sinter = Biodegradable material Fe-Mn-C produced by powder metallurgy ferromangan, iron, and carbon with treatment of cold roll and re-Sinter

Perilaku korosi dan biokompatibilitas paduan Fe-Mn-C dalam lingkungan fisiologis hasil proses metalurgi serbuk sebagai kandidat biomaterial mampu luruh = Corrosion behavior and biocompatibility of Fe-Mn-C alloy as powder metallurgy product in physiological environment as degradable biomaterials candidate