Titanium diboride is being evaluated as a substitute cathode material in aluminum cells for energy savings. A reduction of approximately 1 volt in the cell voltage and 20% power savings have been reported. Various methods of preparation of titanium boride include arc melting of TiOz, B2O3 and carbon mixture. Conditions for the preparation of TiB2 in a 60 KVA arc furnace have been worked out and the results presented. 95% TiBp was obtained
The paper presents a new method for precursors’ synthesis of titanium alloys matrix composites throu...
Titanium diboride was produced both by volume combustion synthesis (VCS) and by mechanochemical synt...
We have studied the utilization of TiB2 cathodes for thin film deposition in a DC vacuum arc system....
This research deals with the synthesis and characterization of titanium diboride (TiB2) from novel c...
An extreme case reaction, the formation of fine titanium diboride (TiB2) powder by the reduction of ...
Herein, we present stable and reproducible arc plasma generation from a TiB2 cathode. The process de...
TÜBİTAK MAG Proje01.08.2007A study is carried out into the possibility of synthesizing TiBAl and Fe-...
An electrolytic method for preparation of titanium metal from titanium monoxide is described. The pr...
The results of a laboratory invest igat ion concern ing the cathodic behav ior of TiB2-based mater i...
We have investigated the details of the calciothermic reduction of TiO2 in CaCl2-CaO-Ca molten salt ...
The objective of this study is to deposit titanium metal on a molten metal pool of aluminium, by ele...
Aluminum is the third most common element and the crust's most abundant metal. Nowadays, aluminum is...
Al-TiB(2) master alloys have received much attention in recent years owing to their potential as eff...
The deposition conditions of titanium diboride and titanium monoboride were calculated under the the...
Methods for selectively forming titanium silicide and titanium boride by vapor phase reaction of tit...
The paper presents a new method for precursors’ synthesis of titanium alloys matrix composites throu...
Titanium diboride was produced both by volume combustion synthesis (VCS) and by mechanochemical synt...
We have studied the utilization of TiB2 cathodes for thin film deposition in a DC vacuum arc system....
This research deals with the synthesis and characterization of titanium diboride (TiB2) from novel c...
An extreme case reaction, the formation of fine titanium diboride (TiB2) powder by the reduction of ...
Herein, we present stable and reproducible arc plasma generation from a TiB2 cathode. The process de...
TÜBİTAK MAG Proje01.08.2007A study is carried out into the possibility of synthesizing TiBAl and Fe-...
An electrolytic method for preparation of titanium metal from titanium monoxide is described. The pr...
The results of a laboratory invest igat ion concern ing the cathodic behav ior of TiB2-based mater i...
We have investigated the details of the calciothermic reduction of TiO2 in CaCl2-CaO-Ca molten salt ...
The objective of this study is to deposit titanium metal on a molten metal pool of aluminium, by ele...
Aluminum is the third most common element and the crust's most abundant metal. Nowadays, aluminum is...
Al-TiB(2) master alloys have received much attention in recent years owing to their potential as eff...
The deposition conditions of titanium diboride and titanium monoboride were calculated under the the...
Methods for selectively forming titanium silicide and titanium boride by vapor phase reaction of tit...
The paper presents a new method for precursors’ synthesis of titanium alloys matrix composites throu...
Titanium diboride was produced both by volume combustion synthesis (VCS) and by mechanochemical synt...
We have studied the utilization of TiB2 cathodes for thin film deposition in a DC vacuum arc system....