In order to understand the structural basis of the observed properties of benzoxazine materials, the technique of quantitative structure-property relationships can be applied to sets of monomers or polymers and the understanding gained can then be used to design new monomers or polymers with the desired properties. In the chapter, this technique is applied to some datasets to predict char yield and glass transition temperature, and to illustrate that, despite the limited nature of the datasets currently available, useful predictions can be made
This work covers a number of aspects of the thermal properties of empirical and molecular modelling ...
This work is concerned with the investigation of the toughness of novel poly(bisbenzoxazine)s by exa...
A series of bis-benzoxazines, prepared in high yield and purity using two synthetic procedures, is r...
The Molecular Operating Environment software (MOE) is used to construct a series of benzoxazine mono...
This study uses the Molecular Operating Environment software (MOE) to generate models to calculate t...
This study uses Molecular Operating Environment (MOE) to generate models to calculate the char yield...
<div><p>The Molecular Operating Environment software (MOE) is used to construct a series of benzoxaz...
Molecular Operating Environment software is used to construct a series of benzoxazine monomers for w...
Molecular Operating Environment (MOE) software has great potential when combined with the Quantitati...
A series of commercial difunctional benzoxazine monomers are characterised carefully using thermal a...
The degradation behavior of five polybenzoxazines is studied and the effect of selected experimental...
This handbook provides a wide overview of the field, fundamental understanding of the synthetic meth...
Molecular simulation is becoming an important tool for both understanding polymeric structures and p...
This work examines the thermal degradation of polybenzoxazines by monitoring the thermal degradation...
<div><p>Molecular simulation is becoming an important tool for both understanding polymeric structur...
This work covers a number of aspects of the thermal properties of empirical and molecular modelling ...
This work is concerned with the investigation of the toughness of novel poly(bisbenzoxazine)s by exa...
A series of bis-benzoxazines, prepared in high yield and purity using two synthetic procedures, is r...
The Molecular Operating Environment software (MOE) is used to construct a series of benzoxazine mono...
This study uses the Molecular Operating Environment software (MOE) to generate models to calculate t...
This study uses Molecular Operating Environment (MOE) to generate models to calculate the char yield...
<div><p>The Molecular Operating Environment software (MOE) is used to construct a series of benzoxaz...
Molecular Operating Environment software is used to construct a series of benzoxazine monomers for w...
Molecular Operating Environment (MOE) software has great potential when combined with the Quantitati...
A series of commercial difunctional benzoxazine monomers are characterised carefully using thermal a...
The degradation behavior of five polybenzoxazines is studied and the effect of selected experimental...
This handbook provides a wide overview of the field, fundamental understanding of the synthetic meth...
Molecular simulation is becoming an important tool for both understanding polymeric structures and p...
This work examines the thermal degradation of polybenzoxazines by monitoring the thermal degradation...
<div><p>Molecular simulation is becoming an important tool for both understanding polymeric structur...
This work covers a number of aspects of the thermal properties of empirical and molecular modelling ...
This work is concerned with the investigation of the toughness of novel poly(bisbenzoxazine)s by exa...
A series of bis-benzoxazines, prepared in high yield and purity using two synthetic procedures, is r...