Online DDB Search

Dortmund Data Bank
Thermophysical Data for Process Design
Contact: ☎ +49 441 361819 0 or ✉ info@ddbst.com

Query

A quote for experimental literature data about the system can be obtained via email.
DDB# Name CAS-RN Formula
47 Chloroform 67-66-3 CHCl3 Overview Details
50 Cyclohexane 110-82-7 C6H12 Overview Details
176 p-Xylene 106-42-3 C8H10 Overview Details
Search for mixtures containing this mixture as subsystem

Mixture Data

Number of available sets is shown


Vapor-Liquid Equilibria (VLE)
DDB# Name 50 176 p-Xylene
47 Chloroform 5 n.a.
50 Cyclohexane 9

Heats of Mixing (HE)
DDB# Name 50 176 p-Xylene
47 Chloroform 11 3
50 Cyclohexane 10

Activity Coefficients at Infinite Dilution (Pure Solvents) (ACT)
DDB# Name 50 176 p-Xylene
47 Chloroform 2 n.a.
50 Cyclohexane 4

Heat Capacities of Mixtures, Excess Heat Capacities (CPE)
DDB# Name 50 176 p-Xylene
47 Chloroform 2 n.a.
50 Cyclohexane 3

(A)zeotropic Data (AZD)
DDB# Name 50 176 p-Xylene
47 Chloroform 5 n.a.
50 Cyclohexane 9

Solid-Liquid Equilibria (SLE)
DDB# Name 50 176 p-Xylene
47 Chloroform 5 n.a.
50 Cyclohexane 2

Densities and Volumes of Mixtures, Excess Volumes (VE)
DDB# Name 50 176 p-Xylene
47 Chloroform 9 3
50 Cyclohexane 15

Mixture Viscosities (VIS)
DDB# Name 50 176 p-Xylene
47 Chloroform 2 n.a.
50 Cyclohexane 10

Mixture Surface Tensions (MSFT)
DDB# Name 50 176 p-Xylene
47 Chloroform 1 n.a.
50 Cyclohexane 2

Mixture Speeds of Sound (MSOS)
DDB# Name 50 176 p-Xylene
47 Chloroform 3 n.a.
50 Cyclohexane 15

Mixture Dielectric Constants (MDEC)
DDB# Name 50 176 p-Xylene
47 Chloroform 3 n.a.
50 Cyclohexane n.a.

Further Thermodynamic Properties (X)
DDB# Name 50 176 p-Xylene
47 Chloroform 2 n.a.
50 Cyclohexane n.a.

Total
DDB# Name 50 176 p-Xylene
47 Chloroform 50 6
50 Cyclohexane 79

Dortmund Data Bank Version: February 2024
What are "Sets" and "Points" in the Dortmund Data Bank? © Dortmund Data Bank  by  DDBST GmbH
Online DDB search information page Overall Statistics on Systems, Sets, and Points
Contact Direct link to this DDB search page
(0.67 seconds)