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[Ta]製品情報
tantalum (CAS 7440-25-7) product identity, structure identifiers and related reaction data for chemical intermediate research and sourcing review.
想定用途
専門的研究・工業用途限定
データベース ID 23956
安全上の注意
For professional research and industrial use only. Review the supplier safety data sheet before handling.
合成データ
12 反応 · 12 文献
反応条件: temp:0.00; pressure:0.00; stir:
ソース ID: ord-b11b6823f4d44b6dbcb2b452f4e47ade反応条件: temp:0.00; pressure:0.00; stir:; See reaction.notes.procedure_details.
実験手順: Following the electrodeposition process, the anode was again painted with an n-butanol solution containing salts of iridium and tantalum. The ratio of iridium to tantalum in the solution being approximately 65% to 35% by weight. The solution was allowed to dry at ambient temperature for approximately 20 minutes, and the anode was subsequently heat treated in a furnace having an oxygen containing atmosphere at approximately 500° C. for approximately 20-30 minutes to form an iridium oxide/tantalum oxide composite coating. The process of painting and heat treating was repeated to obtain a third layer having a total loading of about 10 g/m2. to dry at ambient temperature for approximately 20 minutes the anode was subsequently heat treated in a furnace at approximately 500° C. for approximately 20-30 minutes
ソース ID: ord-b5fbb904624648ba840d33a808767712反応条件: temp:0.00; pressure:0.00; stir:; See reaction.notes.procedure_details.
実験手順: The prepared substrate was next painted with a n-butanol solution containing salts of iridium and tantalum. The ratio of iridium to tantalum in the solution was approximately 65% to 35% by weight. The solution was allowed to dry at ambient temperature for approximately 20 minutes. The painted titanium substrate was subsequently heat treated in a furnace having an oxygen containing atmosphere at approximately 500° C. for approximately 20-30 minutes to form an iridium oxide/tantalum oxide composite coating. The process of painting and heat treating the titanium substrate was repeated in order to obtain a first layer having a total loading of approximately 2.0 g/m2. When the desired loading was achieved, the coated substrate was heat treated for approximately one hour at approximately 500° C. to dry at ambient temperature for approximately 20 minutes The painted titanium substrate was subsequently heat treated in a furnace at approximately 500° C. for approximately 20-30 minutes
ソース ID: ord-112b51fb4a4540469b0301fd066a7d32反応条件: temp:0.00; pressure:0.00; stir:; See reaction.notes.procedure_details.
実験手順: Following the electrodeposition process, the anode was again painted with an n-butanol solution containing salts of iridium and tantalum. The ratio of iridium to tantalum in the solution being approximately 65% to 35% by weight. The solution was allowed to dry at ambient temperature for approximately 20 minutes, and the anode was subsequently heat treated in a furnace having an oxygen containing atmosphere at approximately 500° C. for approximately 20-30 minutes to form an iridium oxide/tantalum oxide composite coating. The process of painting and heat treating was repeated to obtain a third layer having a total loading of 10 g/m2. When the desired loading was achieved, the anode was heat treated for approximately one hour at approximately 500° C. to dry at ambient temperature for approximately 20 minutes the anode was subsequently heat treated in a furnace at approximately 500° C. for approximately 20-30 minutes
ソース ID: ord-d7a5d7538db1486e958ef3b2d1e1ed8f反応条件: temp:0.00; pressure:0.00; stir:; See reaction.notes.procedure_details.
実験手順: After the roughened titanium substrate surface was heat treated, it was painted with a n-butanol solution containing salts of iridium and tantalum. The ratio of iridium to tantalum in the solution was about 65% to 35% by weight. The solution was allowed to dry at ambient temperature for approximately 20 minutes. The painted titanium substrate was subsequently heat treated in a furnace having an oxygen containing atmosphere at approximately 500° C. for approximately 20-30 minutes to form an iridium oxide/tantalum oxide composite coating. The process of painting and heat treating the titanium substrate was repeated to obtain a first layer having a total loading of 2.0 g/m2. After the desired loading was achieved, the anode was heat treated for approximately one hour at approximately 500° C. treated to dry at ambient temperature for approximately 20 minutes The painted titanium substrate was subsequently heat treated in a furnace at approximately 500° C. for approximately 20-30 minutes
ソース ID: ord-c7848c10c67f4658b8f52f05a07d6b97反応条件: temp:0.00; pressure:0.00; stir:; See reaction.notes.procedure_details.
実験手順: Following the electrodeposition process, the anode was again painted with an n-butanol solution containing salts of iridium and tantalum. The ratio of iridium to tantalum in the solution being approximately 65% to 35% by weight. The solution was allowed to dry at ambient temperature for approximately 20 minutes, and the anode was subsequently heat treated in a furnace having an oxygen containing atmosphere at approximately 500° C. for approximately 20-30 minutes to form an iridium oxide/tantalum oxide composite coating. The process of painting and heat treating was repeated to obtain a third layer having a total loading of 10 g/m2. The anode was then heat treated for approximately one hour at approximately 500° C. to dry at ambient temperature for approximately 20 minutes the anode was subsequently heat treated in a furnace at approximately 500° C. for approximately 20-30 minutes
ソース ID: ord-9e3339ac0c8f4f588d98da4a47e1549d反応条件: temp:0.00; pressure:0.00; stir:; See reaction.notes.procedure_details.
実験手順: After the titanium substrate surface was roughened, it was painted with a n-butanol solution containing salts of iridium and tantalum in a ratio of iridium to tantalum of approximately 65% to 35% by weight. The applied solution was allowed to dry at ambient temperature for approximately 20 minutes. The painted titanium substrate was subsequently heat treated in a furnace having an oxygen containing atmosphere at approximately 500° C. for approximately 20-30 minutes to form an iridium oxide/tantalum oxide composite coating. The process of painting and heat treating the titanium substrate was repeated in order to obtain a total loading of about 2.0 g/m2. After this loading was achieved, the painted substrate was heat treated for approximately one hour at approximately 500° C. to dry at ambient temperature for approximately 20 minutes The painted titanium substrate was subsequently heat treated in a furnace at approximately 500° C. for approximately 20-30 minutes
ソース ID: ord-4ec6c7557f71461d85c514093cfbb975反応条件: temp:0.00; pressure:0.00; stir:; See reaction.notes.procedure_details.
実験手順: Following the electrodeposition process, the anode was again painted with an n-butanol solution containing salts of iridium and tantalum. The ratio of iridium to tantalum in the solution being approximately 65% to 35% by weight. The solution was allowed to dry at ambient temperature for approximately 20 minutes, and the anode was subsequently heat treated in a furnace having an oxygen containing atmosphere at approximately 500° C. for approximately 20-30 minutes to form an iridium oxide/tantalum oxide composite coating. The process of painting and heat treating was repeated to obtain a third layer having a total loading of about 10 g/m2. to dry at ambient temperature for approximately 20 minutes the anode was subsequently heat treated in a furnace at approximately 500° C. for approximately 20-30 minutes
ソース ID: ord-b5fbb904624648ba840d33a808767712反応条件: temp:0.00; pressure:0.00; stir:; See reaction.notes.procedure_details.
実験手順: Following the electrodeposition process, the anode was again painted with an n-butanol solution containing salts of iridium and tantalum. The ratio of iridium to tantalum in the solution being approximately 65% to 35% by weight. The solution was allowed to dry at ambient temperature for approximately 20 minutes, and the anode was subsequently heat treated in a furnace having an oxygen containing atmosphere at approximately 500° C. for approximately 20-30 minutes to form an iridium oxide/tantalum oxide composite coating. The process of painting and heat treating was repeated to obtain a third layer having a total loading of about 10 g/m2. to dry at ambient temperature for approximately 20 minutes the anode was subsequently heat treated in a furnace at approximately 500° C. for approximately 20-30 minutes
ソース ID: ord-b5fbb904624648ba840d33a808767712反応条件: temp:0.00; pressure:0.00; stir:; See reaction.notes.procedure_details.
実験手順: The prepared substrate was next painted with a n-butanol solution containing salts of iridium and tantalum. The ratio of iridium to tantalum in the solution was approximately 65% to 35% by weight. The solution was allowed to dry at ambient temperature for approximately 20 minutes. The painted titanium substrate was subsequently heat treated in a furnace having an oxygen containing atmosphere at approximately 500° C. for approximately 20-30 minutes to form an iridium oxide/tantalum oxide composite coating. The process of painting and heat treating the titanium substrate was repeated in order to obtain a first layer having a total loading of approximately 2.0 g/m2. When the desired loading was achieved, the coated substrate was heat treated for approximately one hour at approximately 500° C. to dry at ambient temperature for approximately 20 minutes The painted titanium substrate was subsequently heat treated in a furnace at approximately 500° C. for approximately 20-30 minutes
ソース ID: ord-112b51fb4a4540469b0301fd066a7d32反応条件: temp:0.00; pressure:0.00; stir:; See reaction.notes.procedure_details.
実験手順: The prepared substrate was next painted with a n-butanol solution containing salts of iridium and tantalum. The ratio of iridium to tantalum in the solution was approximately 65% to 35% by weight. The solution was allowed to dry at ambient temperature for approximately 20 minutes. The painted titanium substrate was subsequently heat treated in a furnace having an oxygen containing atmosphere at approximately 500° C. for approximately 20-30 minutes to form an iridium oxide/tantalum oxide composite coating. The process of painting and heat treating the titanium substrate was repeated in order to obtain a first layer having a total loading of approximately 2.0 g/m2. When the desired loading was achieved, the coated substrate was heat treated for approximately one hour at approximately 500° C. to dry at ambient temperature for approximately 20 minutes The painted titanium substrate was subsequently heat treated in a furnace at approximately 500° C. for approximately 20-30 minutes
ソース ID: ord-112b51fb4a4540469b0301fd066a7d32反応条件: temp:0.00; pressure:0.00; stir:; See reaction.notes.procedure_details.
実験手順: Following the electrodeposition process, the anode was again painted with an n-butanol solution containing salts of iridium and tantalum. The ratio of iridium to tantalum in the solution being approximately 65% to 35% by weight. The solution was allowed to dry at ambient temperature for approximately 20 minutes, and the anode was subsequently heat treated in a furnace having an oxygen containing atmosphere at approximately 500° C. for approximately 20-30 minutes to form an iridium oxide/tantalum oxide composite coating. The process of painting and heat treating was repeated to obtain a third layer having a total loading of 10 g/m2. When the desired loading was achieved, the anode was heat treated for approximately one hour at approximately 500° C. to dry at ambient temperature for approximately 20 minutes the anode was subsequently heat treated in a furnace at approximately 500° C. for approximately 20-30 minutes
ソース ID: ord-d7a5d7538db1486e958ef3b2d1e1ed8fPubChem References
化合物の公開データベース記録に掲載された情報源です。