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EC number: 701-122-3 | CAS number: 106185-75-5
The compound showed formation of bubbles at approx. 225°C.
Main study results:
The boiling point was measured twice. Then, the boiling temperature at standard pressure was calculated following the Sidney-young equation Tn = T + (f*Dp) with
Tn = boiling point at 101.325 kPa in K T = measured boiling point in K f = tabulated value
Dp = (101.325 – p) kPa p = measured atmospheric pressure in kPa.
Results are given in the following table :
The two boiling points showed a difference of 0.1 K (original values and values calculated using the equation of Sidney-Young), lying within the demanded limit of 0.5 K.
The boiling point was measured twice according to Siwoloboff method (277.9 °C at 99.847 kPa and 278.0 °C at 99.861 kPa).
From these results, the boiling temperature at standard pressure (101.325 kPa) was calculated with the Sidney-Young equation as 278.7 °C.
No observations were made which might cause doubts on the validity of the study outcome, so result was considered as valid.
The boiling point was measured twice according to Siwoloboff method (277.9 °C at 99.847 kPa and 278.0 °C at 99.861 kPa).From these results, the boiling temperature at standard pressure (101.325 kPa) was calculated with the Sidney-Young equation as 278.7 °C.
Key study conducted according to the OECD 103 Guideline and the EU A.2 method, under GLP without deviation and with certificate of analysis included. Therefore, a reliability of 1 is assigned and the result of this key study is proposed as the end point value.
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