A simple method of calculating the elemental stoichiometric coefficient, φe has been developed, which can easily be applied to multicomponent fuel-oxidizer compositions. The method correctly predicts whether a mixture is fuel lean, fuel rich, or stoichiometrically balanced. The total composition of oxidizing (or reducing) elements of the mixture appears to be related to the thermochemistry of the system. For the reaction of ammonium perchlorate and an organic fuel the heat of reaction varies linearly with the total composition of oxidizing elements. The physical significance of such a correlation based on thermochemical reasoning is highlighted in the paper
A survey of the stability and performance of 11 solid oxidizers and eight fuels was performed by dif...
A mathematical model is presented for computing the chemical and thermophysical properties in the pr...
A first principles thermodynamic model for nuclear fuel is in an advanced stage of development. This...
A simple method of calculating the elemental stoichiometric coefficient, φe has been developed, whic...
A simple approach involving the chemical valences of the fuel and the oxidizer elements present in a...
A new method of calculating the calorific values of fossil fuels from their chemical composition has...
the heats of reaction of an oxygen-balanced ternary fuel-oxidizer system have been shown to be linea...
Abstarct A survey of the stability and performance of eleven solid oxidizers and thirteen fuels was ...
The elemental and chemical composition of nuclear fuel pellets are key factors influencing the mater...
Two methods have been presented for the evaluation of the composition of the different phases of hyd...
Within the unified model of chemical bonding and methods of quantitative assessment of components of...
Literature values and estimated data for the thermodynamics of the actinide oxides and fission produ...
Abstract—Current trends in thermochemistry involve increasingly complex reaction systems and product...
The catalytic reaction between steam and hydrocarbon into mixtures of hydrogen, carbon monoxide, car...
The elemental and chemical composition of nuclear fuel pellets are key factors influencing the mater...
A survey of the stability and performance of 11 solid oxidizers and eight fuels was performed by dif...
A mathematical model is presented for computing the chemical and thermophysical properties in the pr...
A first principles thermodynamic model for nuclear fuel is in an advanced stage of development. This...
A simple method of calculating the elemental stoichiometric coefficient, φe has been developed, whic...
A simple approach involving the chemical valences of the fuel and the oxidizer elements present in a...
A new method of calculating the calorific values of fossil fuels from their chemical composition has...
the heats of reaction of an oxygen-balanced ternary fuel-oxidizer system have been shown to be linea...
Abstarct A survey of the stability and performance of eleven solid oxidizers and thirteen fuels was ...
The elemental and chemical composition of nuclear fuel pellets are key factors influencing the mater...
Two methods have been presented for the evaluation of the composition of the different phases of hyd...
Within the unified model of chemical bonding and methods of quantitative assessment of components of...
Literature values and estimated data for the thermodynamics of the actinide oxides and fission produ...
Abstract—Current trends in thermochemistry involve increasingly complex reaction systems and product...
The catalytic reaction between steam and hydrocarbon into mixtures of hydrogen, carbon monoxide, car...
The elemental and chemical composition of nuclear fuel pellets are key factors influencing the mater...
A survey of the stability and performance of 11 solid oxidizers and eight fuels was performed by dif...
A mathematical model is presented for computing the chemical and thermophysical properties in the pr...
A first principles thermodynamic model for nuclear fuel is in an advanced stage of development. This...