A Unique Equation to Estimate Flash Points of Selected Pure Liquids Application to the Correction of Probably Erroneous Flash Point Values
Laurent C., Naudetb V.
J. Phys. Chem. Ref. Data, Vol. 33, No. 4, 2004. – p. 1083-1111.
Contents
Introduction
Empirical Equations and Semiempirical Equations
One Equation Per Chemical Family
A Unique Equation for All Chemical
Families
Neural Networks Quantitative Structure–
Property Relationships
Structural Group Contribution Methods
Other Methods
Scopes of the Study
Flash Point Data
Results
Establishment of the Equation
Comparisons Between the Estimations
Obtained with the Equation Proposed
Here and Previous Equations
Validation of Eq.
Erroneous and Probably Erroneous Flash
Point Data
Limitations of this Estimation Technique
FP Estimation for Compounds for Which
No Experimental FP Data are Available
Conclusions
References
Contents
Introduction
Empirical Equations and Semiempirical Equations
One Equation Per Chemical Family
A Unique Equation for All Chemical
Families
Neural Networks Quantitative Structure–
Property Relationships
Structural Group Contribution Methods
Other Methods
Scopes of the Study
Flash Point Data
Results
Establishment of the Equation
Comparisons Between the Estimations
Obtained with the Equation Proposed
Here and Previous Equations
Validation of Eq.
Erroneous and Probably Erroneous Flash
Point Data
Limitations of this Estimation Technique
FP Estimation for Compounds for Which
No Experimental FP Data are Available
Conclusions
References
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