Add to ORKGTi electrolysis by using a DC-ESR unit was performed in a CaF2-CaO-TiO2 bath, and the influence of the bath composition was discussed. Ti metal in liquid was electrodeposited though some impurity elements were contained. The cathodic current efficiency strongly depended on the bath composition, and reached about 25 % in the bath where the molar ratio of CaO to TiO2 was 1.5. The consumed electric power was also affected by the bath composition so that the close relationship between the cathodic current efficiency and the electric power was seen. The influence of the bath composition was considered due to the change in the species in the bath, and Ca3Ti2O7 seemed suitable for Ti deposition
Fundamental experiments are conducted to confirm the calcium reactivity with titanium oxide in the m...
Cost-effective production of titanium is becoming a challenge being tackled in the metallurgical and...
In the FFC-Cambridge process, the cathodic dissociation of oxide and CO/CO2 production on carbon ano...
The dependence of the cathodic behavior of a Ti ion on the molar ratio of CaO to TiO2 (RCaO/TiO2) wa...
The dependence of the cathodic behavior of a Ti ion on the molar ratio of CaO to TiO2 (RCaO/TiO2) wa...
The polarization studies have been performed on the electrochemical reduction of TiO2 in a molten Ca...
TiO2 was successfully reduced at 1223 K by calcium, which was deposited due to the molten salt elect...
This study reports the direct production of an aluminium-titanium alloy during aluminium electrolysi...
Electrochemical mechanisms of molten salt electrolysis from TiO2 to titanium were investigated by Po...
AbstractThrough the novel method in preparation of cathode, dehydration of molten salt etc, high pur...
We have investigated the details of the calciothermic reduction of TiO2 in CaCl2-CaO-Ca molten salt ...
Electrochemical decomposition of CaTiO3 at the cathode was examined in a scheme of titanium metal pr...
Molten salt electrolysis using CaCl2 is employed to produce pure Ti and its alloys directly from TiO...
AbstractThrough the novel method in preparation of cathode, dehydration of molten salt etc, high pur...
Cost-effective production of titanium is becoming a challenge being tackled in the metallurgical and...
Fundamental experiments are conducted to confirm the calcium reactivity with titanium oxide in the m...
Cost-effective production of titanium is becoming a challenge being tackled in the metallurgical and...
In the FFC-Cambridge process, the cathodic dissociation of oxide and CO/CO2 production on carbon ano...
The dependence of the cathodic behavior of a Ti ion on the molar ratio of CaO to TiO2 (RCaO/TiO2) wa...
The dependence of the cathodic behavior of a Ti ion on the molar ratio of CaO to TiO2 (RCaO/TiO2) wa...
The polarization studies have been performed on the electrochemical reduction of TiO2 in a molten Ca...
TiO2 was successfully reduced at 1223 K by calcium, which was deposited due to the molten salt elect...
This study reports the direct production of an aluminium-titanium alloy during aluminium electrolysi...
Electrochemical mechanisms of molten salt electrolysis from TiO2 to titanium were investigated by Po...
AbstractThrough the novel method in preparation of cathode, dehydration of molten salt etc, high pur...
We have investigated the details of the calciothermic reduction of TiO2 in CaCl2-CaO-Ca molten salt ...
Electrochemical decomposition of CaTiO3 at the cathode was examined in a scheme of titanium metal pr...
Molten salt electrolysis using CaCl2 is employed to produce pure Ti and its alloys directly from TiO...
AbstractThrough the novel method in preparation of cathode, dehydration of molten salt etc, high pur...
Cost-effective production of titanium is becoming a challenge being tackled in the metallurgical and...
Fundamental experiments are conducted to confirm the calcium reactivity with titanium oxide in the m...
Cost-effective production of titanium is becoming a challenge being tackled in the metallurgical and...
In the FFC-Cambridge process, the cathodic dissociation of oxide and CO/CO2 production on carbon ano...