Flash points (T(FP)) of hydrocarbons are calculated from their flash point numbers, N(FP), with the relationship T(FP) (K) = 23.369N(FP)(2/3) + 20.010N(FP)(1/3) + 31.901 In turn, the N(FP) values can be predicted from experimental boiling point numbers (Y(BP)) and molecular structure with the equation N(FP) = 0.987 Y(BP) + 0.176D + 0.687T + 0.712B - 0.176 where D is the number of olefinic double bonds in the structure, T is the number of triple bonds, and B is the number of aromatic rings. For a data set consisting of 300 diverse hydrocarbons, the average absolute deviation between the literature and predicted flash points was 2.9 K.Davidson CollegeDavidson CollegeConselho Nacional de Desenvolvimento Científico e Tecnológico (CNPq)CNPq Cons...
The flash point is an important physical property used to estimate the fire hazard of a flammable li...
A new universal method to predict the properties of organic compounds named as the positional distri...
Flash point has safety implications and is therefore used to ascertain associated explosion hazards ...
Flash points (T(FP)) of hydrocarbons are calculated from their flash point numbers, N(FP), with the ...
We report a novel method for calculating flash points of acyclic alkanes from flash point numbers, N...
The flash point of hydrocarbons and petroleum mixtures is important safety-related data for processi...
Flash points (T(FP)) of organic compounds are calculated from their flash point numbers, N(FP), with...
269-278This work introduces a novel, reliable and simple correlation for predicting the flash point...
Boiling points (<i>T</i><sub>B</sub>) of acyclic monochloroalkanes are predicted from their boiling ...
PDF file replaced 4-20-2012 at request of Thesis Office.The research focuses on the critical review ...
Boiling points (T B) of acyclic alkynes are predicted from their boiling point numbers (Y BP) with t...
Boiling point numbers (<i>Y</i><sub>BP</sub>) of alkylbenzenes are predicted directly from the molec...
Boiling points (T-B) of acyclic alkynes are predicted from their boiling point numbers (Y-BP) with t...
Flash point (FP) is an important parameter for assessing the safety of chemical compounds. Many empi...
Flash point (FP) is an important parameter for assessing the safety of chemical compounds. Many empi...
The flash point is an important physical property used to estimate the fire hazard of a flammable li...
A new universal method to predict the properties of organic compounds named as the positional distri...
Flash point has safety implications and is therefore used to ascertain associated explosion hazards ...
Flash points (T(FP)) of hydrocarbons are calculated from their flash point numbers, N(FP), with the ...
We report a novel method for calculating flash points of acyclic alkanes from flash point numbers, N...
The flash point of hydrocarbons and petroleum mixtures is important safety-related data for processi...
Flash points (T(FP)) of organic compounds are calculated from their flash point numbers, N(FP), with...
269-278This work introduces a novel, reliable and simple correlation for predicting the flash point...
Boiling points (<i>T</i><sub>B</sub>) of acyclic monochloroalkanes are predicted from their boiling ...
PDF file replaced 4-20-2012 at request of Thesis Office.The research focuses on the critical review ...
Boiling points (T B) of acyclic alkynes are predicted from their boiling point numbers (Y BP) with t...
Boiling point numbers (<i>Y</i><sub>BP</sub>) of alkylbenzenes are predicted directly from the molec...
Boiling points (T-B) of acyclic alkynes are predicted from their boiling point numbers (Y-BP) with t...
Flash point (FP) is an important parameter for assessing the safety of chemical compounds. Many empi...
Flash point (FP) is an important parameter for assessing the safety of chemical compounds. Many empi...
The flash point is an important physical property used to estimate the fire hazard of a flammable li...
A new universal method to predict the properties of organic compounds named as the positional distri...
Flash point has safety implications and is therefore used to ascertain associated explosion hazards ...