Chemical Thermodynamics of Tin - Volume 12 - OECD Nuclear ...

List of figures
xix
Figure VIII-14: Solubility in the system SnI 2 -HI-H 2 O as a function of
temperature and for higher hydroiodic acid concentrations
according to [1897YOU]. ................................................................. 165
Figure VIII-15: Solubility of SnI 2 (cr) as a function of iodic acid concentration
after [1897YOU]. ............................................................................. 165
Figure VIII-16: Extrapolation to I = 0 of the experimental data for reaction
Sn 2+ + F – SnF + in NaClO 4 media. ............................................... 169
Figure VIII-17: Extrapolation to I = 0 of the experimental data for reaction
Sn 2+ + 2 F – SnF 2 (aq) in NaClO 4 media. ...................................... 170
Figure VIII-18: Extrapolation to I = 0 of the experimental data for reaction
Sn 2+ + 3F – SnF − 3
in NaClO 4 media. ............................................ 170
Figure VIII-19: Extrapolation to I = 0 of the experimental data for reaction
Sn 2+ + Cl – SnCl + in NaClO 4 media. ............................................ 175
Figure VIII-20: Extrapolation to I = 0 of the experimental data for reaction
Sn 2+ + 2 Cl – SnCl 2 (aq) in NaClO 4 media. ................................... 176
Figure VIII-21: Extrapolation to I = 0 of the experimental data for reaction
Sn 2+ + 3 Cl – SnCl − 3
in NaClO 4 media. ........................................ 176
Figure VIII-22: Extrapolation to I = 0 of the experimental enthalpy data for
reaction Sn 2+ + Cl – SnCl + in HClO 4 media. ................................ 180
Figure VIII-23: Extrapolation to I = 0 of the experimental enthalpy data for
reaction Sn 2+ + 2 Cl – SnCl 2 (aq) in HClO 4 media. ....................... 180
Figure VIII-24: UV-Spectral changes of tin(IV)-perchlorate solution upon
addition of chloride ion (I c = 8 M H(ClO 4 ,Cl), [Sn(IV)] TOT =
0.221 mM, [Cl – ] TOT = 0 to 0.32 M). ................................................. 184
Figure VIII-25: Species distribution curves of Sn(IV) chlorido complexes. ............. 185
Figure VIII-26: Extrapolation to I = 0 of the experimental data for reaction Sn 2+
+ Br – SnBr + in NaClO 4 media..................................................... 187
Figure VIII-27: Extrapolation to I = 0 of the experimental data for reaction
Sn 2+ + 2 Br – SnBr 2 (aq) in NaClO 4 media. ................................... 187
Figure VIII-28: Extrapolation to I = 0 of the experimental data for reaction
Sn 2+ + 3 Br – SnBr − 3
in NaClO 4 media. ........................................ 188
Figure IX-1: Heat capacity function of α-SnS. ..................................................... 212
Figure IX-2: Heat capacity function of Sn 2 S 3 (cr). ................................................. 215
CHEMICAL THERMODYNAMICS OF TIN, ISBN 978-92-64-99206-1, © OECD 2012