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Adamovich MI Aggarwal MM Alexandrov YA Ameeva ZV Andreeva NP Anzon ZV Arora R Badyal SK Bhalla KB Bhasin A Bhatia VS Bubnov VI Burnett TH Cai X Chasnikov IY Chernova LP Chernyavski MM Dressel B Eligbaeva GZ Eremenko LE Friedlander EM Gadzhieva SI Gaitinov AS Ganssauge ER Garpman S Gerassimov SG Gill A Grote JG Gulamov KG Gulyamov UG Gupta VK Hackel S Heckman HH Haung H Judek B Kachroo S Kadyrov FG Kalyachkina GS Kanygina EK Kaul GL Kaur M Kharlamov SP Koss T Kumar V Lal P Larionova VG 《Physical review letters》1990,65(4):412-415
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Adamovich MI Aggarwal MM Alexandrov YA Andreeva NP Anson ZV Arora R Avetyan FA Badyal SK Basova E Bazarov IK Bhalla KB Bhasin A Bhatia VS Bogdanov VG Bubnov VI Burnett TH Cai X Carshiev DA Chasnicov IY Chernova LP Chernyavski MM Eligbaeva GZ Eremenko LE Gaitinov AS Ganssauge ER Garpman S Gerassimov SG Grote JG Gulamov KG Gupta SK Gupta VK Heckman HH Huang H Jacobsson B Judek B Kachroo S Kalyachkina GS Kanygina EK Karabova M Kharlamov SP Kitroo S Koss T Krasnov SA Kumar V Lal P Larionova VG 《Physical review D: Particles and fields》1993,47(9):3726-3732
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Gans und Goldschmidt Elektrizitäts-Ges. m. b. H. Berlin W. A. Roth J. Shukow A. Gerassimov Tödt Rossée v Morgenstern E. E. Weibel A. L. Thuras H. T. Stern F. Scheminzky R. Lorenz H. Klauer R. E. Hall L. H. Adams und O. Pfundt 《Fresenius' Journal of Analytical Chemistry》1928,75(3-4):120-123
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V.A. Levitski P.B. Narchuk Ju. Hekimov Ja.I. Gerassimov 《Journal of solid state chemistry》1977,20(2):119-125
The thermodynamic properties of some solid solutions in the CaOZrO2 system have been investigated by using solid electrolyte galvanic cells of the type: O2, Pt|CaO, CaF2|CaF2 (tF = 1)| δCaO(1 ? δ)ZrO2, CaF2|Pt, O2. The influence of CaF2 added in electrodes on the thermodynamic equilibrium was investigated. It was shown that the heterogeneous field with cubic solid solution reaches the composition x = 0.17 mole of CaO. The results indicate that addition of ZrO2 to the saturated solid solution produces a significant decrease in the activity of CaO. Measured data were used to calculate thermodynamic parameters of reactions with saturated solid solutions Ca0.17 Zr0.83 O1.83, ZrO2, and CaZrO3. At temperatures below 820°C, saturated solid solutions have a tendency to decompose into CaZrO3 and ZrO2. A comparison of the thermodynamic results with available data on phase relationships in the CaOZrO2 system is presented. High thermodynamic stability of SrZrO3 and BaZrO3 is one of the reasons for the absence of cubic solid solutions in the system MeOZrO2 (MeSr, Ba). 相似文献
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Adamovich MI Aggarwal MM Alexandrov YA Andreeva NP Anzon ZV Arora R Avetyan FA Badyal SK Bhalla KB Bhasin A Bhatia VS Bogdanov VG Bubnov VI Burnett TH Cai X Chasnikov IY Chernova LP Chernyavsky MM Eligbaeva GZ Eremenko LE Gaitinov AS Ganssauge ER Garpman S Gerassimov SG Grote J Gulamov KG Gupta SK Gupta VK Heckman HH Huang H Jakobsson B Judek B Just L Kachroo S Kalyachkina GS Kanygina EK Karabova M Kaul GL Kitroo S Kharlamov SP Krasnov SA Kulikova S Kumar V Lal P Larionova VG Lepetan VN Liu LS 《Physical review letters》1992,69(5):745-748
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Cherry ML Jones WV Sengupta K Wefel JP Dabrowska A Holynski R Jurak A Szarska M Wosiek B Wozniak K Baklickaj E Chernova LP Gulamov KG Lukicheva NS Navotny VS Saidkhanov NS Svechnikova LN Zhochova SI Adamovich MI Chernyavski MM Gerassimov SG Kharlamov SP Larionova VG Orlova GI Peresadko NG Salmanova NA Tretyakova MI 《Physical review D: Particles and fields》1994,50(7):4272-4282
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Adamovich MI Aggarwal MM Arora R Alexandrov YA Azimov SA Basova E Bhalla KB Bhasin A Bhatia VS Bondarenko RA Burnett TH Cai X Chernova LP Chernyavski MM Dressel B Friedlander EM Gadzhieva SI Ganssauge ER Garpman S Gerassimov SG Gill A Grote J Gulamov KG Gulyamov UG Hackel S Heckman HH Jakobsson B Judek B Kachroo S Kadyrov FG Kallies H Karlsson L Kaul GL Kaur M Kharlamov SP Kumar V Lal P Larionova VG Lindstrom PJ Liu LS Lokanathan S Lord J Lukicheva NS Mangotra LK Maslennikova NV Mittra IS 《Physical review letters》1989,62(24):2801-2804
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R. M. Shelby R. M. Macfarlane D. P. Burum J. Friedrich D. Haarer W. E. Moerner F. M. Schellenberg G. C. Bjorklund A. R. Chraplyvy A. J. Sievers R. H. Silsbee F. Frenkel J. Häger W. Krieger H. Walther G. Ertl J. Segner W. Vielhaber R. B. Gerassimov S. M. Metev S. K. Savtchenko G. A. Kotov V. P. Veiko J. F. Figueira S. J. Thomas D. Bäuerle G. Leyendecker P. Geittner H. Lydtin 《Applied physics. B, Lasers and optics》1982,28(2-3):262-268
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Adamovich MI Aggarwal MM Alexandrov YA Andreeva NP Anson ZV Arora R Badyal SK Basova ES Bhalla KB Bhasin A Bhatia VS Bogdanov VG Bubnov VI Burnett TH Cai X Chasnikov IY Chernova LP Chernyavski MM Eligbaeva GZ Eremenko LE Gaitinov AS Ganssauge ER Garpman S Gerassimov SG Grote J Gulamov KG Gupta SK Heckman HH Huang H Jakobsson B Judek B Kachroo S Kadyrov FG Kalyachina GS Kanygina EK Karlsson L Kaul GL Kharlamov SP Koss T Kumar V Lal P Larionova VG Lepetan VN Liu LS Lokanathan S Lord J Lukicheva S 《Physical review letters》1991,67(10):1201-1205
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