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

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400<br />

A Discussion <strong>of</strong> selected references<br />

Table A-61: Results <strong>of</strong> the determination <strong>of</strong><br />

Δ<br />

f<br />

H<br />

ο<br />

m<br />

(SnBr 4 ,cr, 298.15 K).<br />

Reference Method<br />

Δ H<br />

f<br />

ο<br />

m<br />

(SnBr 4 , cr, 298.15 K)/<br />

kJ·mol –1<br />

[1898HER] Calorimetric, β-Sn + 2 Br 2 (l) SnBr 4 (cr) (a) − 391.1<br />

[1975MIK/JAN] Calorimetric, β-Sn + 2 Br 2 (l) SnBr 4 (cr), dissolution − 386.1 ± 2.0<br />

<strong>of</strong> Br 2 , Sn, and SnBr 4 in CS 2<br />

[1977STE/KOK] Calorimetric, β-Sn + 2 Br 2 (l) SnBr 4 (cr). The<br />

enthalpies <strong>of</strong> reactions <strong>of</strong> Sn, Br 2 and SnBr 4 with a<br />

solution <strong>of</strong> bromine in CCl 4 were measured.<br />

a To calculate this value, the enthalpy <strong>of</strong> dissolution <strong>of</strong> SnBr 4 in water was used.<br />

− 390.2 ± 1.7<br />

Table A-62: Results <strong>of</strong> the determination <strong>of</strong><br />

Δ<br />

f<br />

H<br />

ο<br />

m<br />

(SnI 2 ,cr, 298.15 K).<br />

Reference<br />

[1878BER]<br />

[1973MIK]<br />

[1976CAR/WOO]<br />

[1977STE/KOK]<br />

Method<br />

Calorimetric SnCl 2 (cr) + 2 KI(400 H 2 O) SnI 2 ,cr<br />

+ 2 KCl(400 H 2 O).<br />

Calorimetric, β-Sn + I 2 (cr) SnI 2 (cr), dissolution <strong>of</strong><br />

I 2 , Sn, and SnI 2 in CS 2 .<br />

Calorimetric, β-Sn + I 2 (cr) SnI 2 (cr); The<br />

measurement details not reported.<br />

Calorimetric, β-Sn + I 2 (cr) SnI 2 (cr). The enthalpies<br />

<strong>of</strong> reactions <strong>of</strong> Sn, I 2 and SnI 2 with a solution <strong>of</strong> iodine<br />

in CCl 4 were measured.<br />

Δ H<br />

f<br />

ο<br />

m<br />

(SnI 2 ,cr, 298.15 K)/<br />

kJ·mol –1<br />

− 154.2<br />

− 154.3 ± 2.0<br />

− 143.9 ± 3.6<br />

− 152.1 ± 2.0<br />

Table A-63: Results <strong>of</strong> the determination <strong>of</strong><br />

Δ<br />

f<br />

H<br />

ο<br />

m<br />

(SnI 4 ,cr, 298.15 K).<br />

Reference<br />

[1973MIK]<br />

[1976CAR/WOO]<br />

[1977STE/KOK]<br />

Method<br />

Calorimetric, β-Sn + 2 I 2 (cr) SnI 4 (cr). The<br />

enthalpies <strong>of</strong> reactions <strong>of</strong> dissolution <strong>of</strong> I 2 , Sn, and<br />

SnI 4 in ethyl acetate were measured.<br />

Calorimetric, β-Sn + 2 l 2 (cr) Snl 4 (cr), dissolution <strong>of</strong><br />

I 2 , Sn and SnI 4 in CS 2<br />

Calorimetric, β-Sn +2 I 2 (cr) SnI 4 (cr).<br />

The enthalpies <strong>of</strong> reactions with solution <strong>of</strong> FeCl 3 in<br />

HCl were measured.<br />

Calorimetric, β-Sn + 2 I 2 (cr) SnI 4 (cr).<br />

The enthalpies <strong>of</strong> reactions <strong>of</strong> Sn, I 2 and SnI 4 with<br />

solution <strong>of</strong> iodine in CS 2 were measured.<br />

Δ H<br />

f<br />

ο<br />

m<br />

(SnI 4 , cr, 298.15 K)/<br />

kJ·mol –1<br />

− 214.3<br />

− 208.8 ± 2.0<br />

− 215.3 ± 2.3<br />

− 206.1 ± 2.0<br />

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

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