Structure and oxygen non-stoichiometry of single crystals of Ba 1-xKxBiO 3-* d grown by method of electrochemical deposition on anode. (original) (raw)

Loading...

Loading Preview

Sorry, preview is currently unavailable. You can download the paper by clicking the button above.

References (18)

  1. K x BiO 3 system. // Phys. Rev. B.-1990.-Vol. 41, № 7.-P. 4126-4140.
  2. Ueki K., Tokiwa A., Kikuchi M. e.a. Valence state of Ba 1-x K x BiO 3-δ superconductor controlled by the oxygen content. // Adv. Supercond. II, Springer- Tokyo.-1990.-P. 489-492.
  3. Iyo A., Uwe H. Systematic measurement of physical properties on Ba 1-x K x BiO y prepared on the basis of the phase diagram. // Advances in superconductivity V: Proc. 5 th Int. Symp. Supercond. Kobe, Japan, Nov. 16-19, 1992.-1993.-P. 195- 198.
  4. Idemoto Y., Iwata Y. and Fueki K. Oxygen content and T c of Ba 1-x K x BiO 3 . // Physica C.-1992.-V. 201.-P. 43-49.
  5. Idemoto Y., Iwata Y., Fueki K. Defect chemistry of Ba 1-x K x BiO y superconductors. // Physica C.-1994.-Vol. 222.-P. 257-266.
  6. Barilo S.N., Shiryaev S.V., Gatalskaya V.I. e.a. A new method of growing Ba 1- x K x BiO 3 single crystals and investigation of their properties. // J. Cryst. Growth.- 1997.-Vol. 172.-P. 396-402.
  7. Барило С.Н., Жигунов Д.И., Ширяев С.В. и др. Выращивание и исследование сверхпроводящих монокристаллов в системе Ba 1-x K x BiO 3 .
  8. Miller C.C. The volumetric determination of small quantities of barium and sulfate with barium rhodizonate as indicator: the determination of sulphure in iron pyrites. // J. Chem. Soc.-1940.-№ 4.-P. 401-406.
  9. Бланк А.Б., Лебедь Н.Б., Панталер Р.П. Окисляющая способность высокотемпературной керамики Bi-Ca-Sr-Cu-O и валентное состояние висмута и меди. // Сверхпроводимость: физ., хим., техн. 1989.-Т. 2, № 10.- С. 21-23.
  10. Солдатов А.Г., Ширяев С.В., Барило С.Н., Вашук В.В. Определение кислорода в монокристаллах висмутатов. // ЖАХ.-2000.-Т. 55, № 8.-С. 791- 794.
  11. Барило С.Н., Жигунов Д.И., Ширяев С.В. и др. Выращивание и исследование сверхпроводящих монокристаллов в системе Ba 1-x K x BiO 3 .
  12. Iyo A., Uwe H. Sakudo T. Preparation of Ba 1-x A x BiO 3 (A=K,Rb) and phase separation in nitrogen atmosphere. // Advances in superconductivity IV: Proc. 4 th Int. Symp. Supercond. Tokyo, Japan, Oct. 14-17, 1991.-1992.-P. 211-214.
  13. Chaillout C., Remeika J.P. Oxygen vacancy ordering in the BaBiO 3-y system. // Sol. St. Commun.-1985.-Vol. 56, № 10.-P. 833-835.
  14. Beyerlein R.A., Jacobson A.J., Yacullo L.N. Preparation and characterizationof oxygen deficient perovskites, BaBiO 3-x . // Mat. Res. Bull.-1985.-Vol. 20, № 8.- P. 877-886.
  15. Cox D.E., Sleight A.W. Crystal structure of Ba 2 Bi 3+ Bi 5+ O 6 . // Sol. St. Commun.- 1976.-Vol. 19, № 10.-P. 969-973.
  16. Samata H., Furuya M., Mishiro A., e.a. A new electrolysis-cell method for the synthesis of oxide crystals. // J. Phys. Chem. Sol.-1997.-Vol. 58, № 10.-P. 1521- 1527.
  17. Sato H., Tajima S., Takagi H. E., Uchida Sh. Optical studies of the metal-insulator transition on Ba 1-x K x BiO 3 thin films. // Nature.-1989.-Vol. 338, № 6212.-P. 241- 243.
  18. Sato H., Tajima S., Takagi H. E., Uchida Sh. Optical and transport studies of metal-insulator transition on (Ba,K)BiO 3 thin films. // Physica C.-1989.-Vol. 162-164, Pt. 2.-P. 1121-1122.