Thermostating crystals at temperatures below 1 K by using the electrocaloric effect
โ Scribed by V.Kh. Korrovits; G.G. Liid'ya; V.T. Mikhkel'soo
- Publisher
- Elsevier Science
- Year
- 1974
- Tongue
- English
- Weight
- 177 KB
- Volume
- 14
- Category
- Article
- ISSN
- 0011-2275
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๐ SIMILAR VOLUMES
St ~rl, rxprrmlrnts rlrc reporwd on the Si -So O-O transitions of chlonn (7.8-dihydroporphin) and its photorsomer m dilrfcrLn1 utrc tn u-iwune .md aoct.me single cry\t.ds b) photochemical hole-burnmgat 1 2 I<. For chlorin fifi=+O.23 I) \\a111 +kja(So) I or Uie photoproduct we esrmwe JI(SI) = 2 2 D
Slag+metal) equilibrium experiments have been made for the determination of activity of MgO in the {(1-x)MgO+xB2O3} binary slag at the temperature T=1723 K, using germanium as metal solvent. The activity of B2O3 was calculated analytically from the Gibbs-Duhem equation.
Slag + metal) equilibrium experiments have been carried out for the determination of activity of MgO in the {(1x)MgO + x(1y)B2O3 + xySiO2} ternary slag at the temperature T = 1723 K, using germanium as metal solvent. The results are compared with the isoactivity curves of MgO determined previously.
Slag+metal) equilibrium experiments have been made for the determination of activity of B2O3 in the {(1-x)MgO+xB2O3} binary slag at the temperature T=1723 K, using copper as metal solvent. The independently measured activities of B2O3 reported in this study and of MgO reported in a previous paper in