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

List of tables
xxxiii
Table A-64:
Table A-65:
Table A-66:
Table A-67:
Experimental and derived results for dissolution of abhurite at
298.2 K. ............................................................................................ 401
Experimental and derived results for dissolution of abhurite at
298.2 K converted to the molality basis. .......................................... 402
Experimental and derived results for dissolution of abhurite at
298.2 K converted to the molality basis and re-evaluated using
the SIT formalism. ........................................................................... 402
Comparison of experimental and calculated standard partial
molar entropies of cations. ............................................................... 403
Table A-68: Comparison of X-ray powder diffraction patterns with JCPDS. ...... 407
Table A-69:
Table A-70:
Table A-71:
Recalculation of the results of [1996EDW/GIL] for the
dissolution of Sn 3 O(OH) 2 SO 4 (cr). .................................................... 408
Coefficients in Eq.(A.87) to define the stepwise equilibrium
constants of SnCl + , SnCl 2 (aq) and SnCl −
3
with temperature up
to 598.15 K. ...................................................................................... 414
Experimental values of heat capacity of cassiterite SnO 2 (cr) for
various temperatures as measured by Gurevich et al.
[2004GUR/GAV2] and [2004GUR/GAV3]. .................................... 419
Table A-72: Thermodynamic properties of cassiterite SnO 2 (tetragonal) at 0
to 336 K calculated by Gurevich et al. [2004GUR/GAV2] and
[2004GUR/GAV3] and this review, respectively. ............................ 420
Table A-73:
Table A-74:
Table A-75:
Heat capacity of cassiterite SnO 2 (cr) as measured by
[2004GUR/GAV2] and calculated according to Eq. (A.92) as
recommended by [1936KAP/ZIL]. .................................................. 422
Parameters used for fitting equations (A.92), (A.93), and
(VII.25). ........................................................................................... 423
Thermodynamic properties of cassiterite SnO 2 (tetragonal) at
336 to 1500 K calculated by Gurevich et al. and this Review,
respectively. ..................................................................................... 424
Table A-76: Experimental conditions for data sets of the UVspectrophotometric
determination of the formation constants of
4−
x
SnCl complexes at various ionic strengths. ................................ 427
x
CHEMICAL THERMODYNAMICS OF TIN, ISBN 978-92-64-99206-1, © OECD 2012