The impact of pressure on the critical miscibility of nitro compounds and n-alkanes mixtures

TL;DR

This paper investigates how pressure influences the critical miscibility temperature in mixtures of nitro compounds and n-alkanes, providing insights into phase behavior under varying pressure conditions.

Contribution

It presents new data on the pressure dependence of critical miscibility temperatures for specific nitro-alkane mixtures.

Findings

Critical temperature varies with pressure for all studied mixtures.

Pressure significantly affects miscibility boundaries.

Data supports phase equilibrium modeling under pressure.

Abstract

The impact of pressure on the critical consolute temperature in nitrobenzene, nitrotoluene, and nitropropane plus n-alkanes from pentane to eicosane is discussed.