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Found 128165 Document(s) match with the query 20307193
Biomaterial mampu luruh berbasis Fe-Mn-C diproduksi melalui proses metalurgi serbuk besi, mangan dan karbon
Author : Yudi Prasetyo, author
Call Number : S42285
Collection Type : UI - Skripsi Open
Location : Universitas Indonesia Library
Uji Biodegradabilitas Dan Biokompatibilitas Implan Komposit Magnesium Karbonat Apatit Yang Difabrikasi Dengan Teknik Ekstrusi Pada Model Tikus Sprague Dawley = Biodegradability and Biocompatibility Tests of Magnesium Carbonate Apatite Composite Implants Fabricated Using the Extrusion Technique in Sprague Dawley Mice Models
Author : Eugene Dionysios, author
Call Number : SP-pdf
Collection Type : UI - Tugas Akhir
Location : Universitas Indonesia Library
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
Author : Yudi Prasetyo, author
Call Number : T35948
Collection Type : UI - Tesis Membership
Location : Universitas Indonesia Library
Biomaterial mampu luruh berbasis Fe-Mn-C di produksi melalui proses metalurgi sebuk ferromangan, besi dan karbon
Author : Rhidiyan Waroko, author
Call Number : S53410
Collection Type : UI - Skripsi Open
Location : Universitas Indonesia Library
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
Author : Fuad Hakim, author
Call Number : S42641
Collection Type : UI - Skripsi Open
Location : Universitas Indonesia Library
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
Author : Fuad Hakim, author
Call Number : T35613
Collection Type : UI - Tesis Membership
Location : Universitas Indonesia Library
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