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

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List <strong>of</strong> tables<br />

xxvii<br />

Table VIII-1: Thermochemical cycle used in [2001SOL/VLA]. ............................ 138<br />

Table VIII-2:<br />

Enthalpies <strong>of</strong> formation <strong>of</strong> SnCl 2 (cr) as determined by Vasil’ev<br />

et al. [1973VAS/VAS2]. .................................................................. 141<br />

Table VIII-3: Basic tin(II) chlorides. ...................................................................... 149<br />

Table VIII-4:<br />

Table VIII-5:<br />

Abhurite, re-evaluation <strong>of</strong> solubility data on “basic tin<br />

chloride” [1930RAN/MUR]. ............................................................ 150<br />

Parameters for the temperature variation <strong>of</strong> the molar heat<br />

capacity <strong>of</strong> SnBr 2 using the equation (after [1992BRU/WAL]):<br />

ο<br />

C (SnBr 2 , (s, l, or g), T )/J·K –1·mol –1 = A + B T/K + C (T/K) 2<br />

p,m<br />

+ D (T/K) –2 for condensed-phase species (298 < T/K < 1000)<br />

and for the gas (298 < T/K < 6000). p° = 101325 Pa. ...................... 153<br />

Table VIII-6: Solubility data <strong>of</strong> SnF 2 (cr) given in [1972GME]. ............................ 158<br />

Table VIII-7:<br />

Table VIII-8:<br />

Table VIII-9:<br />

Table VIII-10:<br />

Table VIII-11:<br />

Table VIII-<strong>12</strong>:<br />

Table VIII-13:<br />

Table VIII-14:<br />

Table VIII-15:<br />

Table VIII-16:<br />

Table VIII-17:<br />

Table VIII-18:<br />

2<br />

Experimental formation constants <strong>of</strong> the species SnF − q . ............... 167<br />

q<br />

2 q<br />

q<br />

Experimental formation constants <strong>of</strong> the species SnCl<br />

− ............... 172<br />

Experimental enthalpy values for Reactions ((VIII.10),<br />

q = 1 to 3). ........................................................................................ 178<br />

4 q<br />

Experimental formation constants <strong>of</strong> the species SnCl q− . ............. 182<br />

2 q<br />

Experimental formation constants <strong>of</strong> the species SnBr<br />

− . ............. 189<br />

Experimental formation constants <strong>of</strong> the species SnI<br />

− . ................ 192<br />

Experimental formation constants <strong>of</strong> the mixed halogeno<br />

complexes <strong>of</strong> tin(II). ......................................................................... 193<br />

Experimental formation constants <strong>of</strong> the mixed halogeno<br />

complexes <strong>of</strong> tin(IV). ....................................................................... 194<br />

Ideal gas properties <strong>of</strong> SnF 2 , from compilations/evaluations<br />

(C/E) and original article (A). .......................................................... 195<br />

Determination <strong>of</strong> the enthalpy <strong>of</strong> sublimation <strong>of</strong> SnF 2 (cr) from<br />

vapour pressure measurements. ........................................................ 195<br />

Ideal gas properties <strong>of</strong> SnCl 2 , from compilations/evaluations<br />

(C/E) and original article (A). .......................................................... 197<br />

Determination <strong>of</strong> the enthalpy <strong>of</strong> sublimation <strong>of</strong> SnCl 2 (cr) from<br />

vapour pressure measurements, neglecting dimerization in the<br />

gas phase. ......................................................................................... 197<br />

Table VIII-19: Data sources for the calculation <strong>of</strong> ideal gas properties <strong>of</strong><br />

SnCl 4 . ............................................................................................... 198<br />

q<br />

2 q<br />

q<br />

CHEMICAL THERMODYNAMICS OF TIN, ISBN 978-92-64-99206-1, © <strong>OECD</strong> 20<strong>12</strong>

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