SDS Volume

Volume 78. Acetonitrile Binary Systems, p 1013

Source Publication

Tomkins, R. P. T.; Turner, P. J.; J. Chem. Eng. Data 20, 50-2 (1975).

Conditions:

Room Temp: 297 - 323 $\pu{K}$

Compiler:

V.P. Sazonov

Methodology:

The cooling method was used. The system was examined with an apparatus which consists essentially of a Pyrex test tube with a 24/40 ground joint as container, and a Teflon-coated magnetic stirring bar. Several indentations were made in walls to improve mixing by breaking up the cylindrical flow pattern, which tended to promote nonuniform cooling. A mercury-in-glass thermometer graduated in 0.1° intervals was inserted and the whole unit was placed in a 250-mL Erlenmeyer flask which acted as both support and air jacket: cooling with laboratory air was sufficient over the temperature range studied. Supercooling of 2-5 °C was normal in this system and was corrected in the usual manner by back extrapolation.

Sample Information:
  1. Source not specified; purified.
  2. Source not specified; purified.
Measurement Errors:

Ambient temperature: Not reported.
Mass concentration (m/v) (1): Not reported.

System Components:
  1. Acetonitrile, $\ce{ C2H3N }$; [75-05-8] NIST WebBook
  2. Lithium perchlorate, $\ce{ LiClO4 }$; [7791-03-9] NIST WebBook
Experimental Data
$T$ (°C) $T$ ($\pu{K}$) m1 (mol/kg) 100w2 $x_{2}$
24.20297.35 1.5419 14.0930.05953
29.16302.31 1.8632 16.5450.07106
32.8306.0 2.1402 18.5470.08076
36.33309.48 2.4615 20.7550.09178
40.12313.27 2.9548 23.9190.10818
41.21314.36 7.5868 44.670.2375
41.94315.09 3.2253 25.5500.11693
45.43318.58 8.4018 47.140.2560
45.66318.81 7.7932 45.330.2424
45.67318.82 3.9402 29.5380.13923
48.28321.43 4.4614 32.1890.15480
48.85322.00 7.1865 43.330.2278
49.41322.56 6.1452 39.5350.20146
49.50322.65 5.2365 35.7810.17694
50.17323.32 6.2239 39.840.2035

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