| 1. | The energy available from hydrogen is listed in heat of combustion.
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| 2. | Ethanol BTUs can be compared with gasoline BTUs in heat of combustion tables.
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| 3. | The heat of combustion is 122 MJ / m 3
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| 4. | The heat of combustion of wood is typically 15-18 MJ / kg.
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| 5. | Angle strain destabilizes a molecule, as manifested in higher reactivity and elevated heat of combustion.
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| 6. | DEG has a higher heat of combustion than ethanol or methanol gel at 2155 kJ / mol.
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| 7. | The fuel should have high heat of combustion and produce oxides with low melting point and high boiling point.
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| 8. | This compares well with the modern published heat of combustion for carbon of 2.13 kcal / g.
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| 9. | This system relies on having measured heats of combustion of a wide range of isolated proteins, fats and carbohydrates.
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| 10. | Ethanol is a more energetic fuel giving 1300kJ / mol heat of combustion compared to methanol s 726kJ / mol.
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