Add to ORKGAn improved method of moments as a more reliable alternative for prediction of average molecular weights of irreversible non-linear polymerizations and reversible polycondensation
This paper summarizes recent developmentsof a rigorous kinetic method for medelling of a non-linear ...
A method to predict the sequence length distribution (SLD) for homogeneous non-linear irreversible m...
A general kinetic approach allowing the prediction of the molecular architecture of non-linear polym...
A method to predict average molecular weights before and after gelation for general irreversible non...
Recent developments of a method based upon population balances of generating functions of polymer ch...
Irreversible non-linear copolymerizations with arbitrarily great numbers of monomers are described s...
Optimization of nonlinear polymerization processes, used to produce an important and industrially in...
The authors' previously developed method for the general kinetic analysis of nonlinear irreversible ...
Prediction of Average Radius of Gyration of Branched Polymers by a Kinetic ApproachFC
Population balances of polymer species in terms 'of discrete transforms with respect to counts of gr...
Many properties (e.g., film formation) of a polymer depend on the full molecular weight distribution...
The ultimate aim of polymerization reaction engineering is the production of polymers with tailor-ma...
Reversible AB-type polycondensations have been simulated in a batch reactor where the monomer reacts...
This paper describes a kinetic method to predict the z-average molecular mean square radius of gyrat...
Molecular weight distributions and moments for reversible condensation polymerizations with unequal ...
This paper summarizes recent developmentsof a rigorous kinetic method for medelling of a non-linear ...
A method to predict the sequence length distribution (SLD) for homogeneous non-linear irreversible m...
A general kinetic approach allowing the prediction of the molecular architecture of non-linear polym...
A method to predict average molecular weights before and after gelation for general irreversible non...
Recent developments of a method based upon population balances of generating functions of polymer ch...
Irreversible non-linear copolymerizations with arbitrarily great numbers of monomers are described s...
Optimization of nonlinear polymerization processes, used to produce an important and industrially in...
The authors' previously developed method for the general kinetic analysis of nonlinear irreversible ...
Prediction of Average Radius of Gyration of Branched Polymers by a Kinetic ApproachFC
Population balances of polymer species in terms 'of discrete transforms with respect to counts of gr...
Many properties (e.g., film formation) of a polymer depend on the full molecular weight distribution...
The ultimate aim of polymerization reaction engineering is the production of polymers with tailor-ma...
Reversible AB-type polycondensations have been simulated in a batch reactor where the monomer reacts...
This paper describes a kinetic method to predict the z-average molecular mean square radius of gyrat...
Molecular weight distributions and moments for reversible condensation polymerizations with unequal ...
This paper summarizes recent developmentsof a rigorous kinetic method for medelling of a non-linear ...
A method to predict the sequence length distribution (SLD) for homogeneous non-linear irreversible m...
A general kinetic approach allowing the prediction of the molecular architecture of non-linear polym...