| 1. | :It can make a big difference because you lower the melting temperature.
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| 2. | In this diagram the melting temperature of the two elements are shown.
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| 3. | Strong bonds result in higher melting temperatures and lower thermal expansion coefficients.
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| 4. | The melting temperature of all mixtures is considerably lower than the pure components.
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| 5. | This also leads to a rise in the DNA's melting temperature.
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| 6. | The melting temperature of a bulk material is not dependent on its size.
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| 7. | The melting temperature varies smoothly between the two endmembers, as do other properties.
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| 8. | However, melting temperature and the overall shape of the melting curve become informative.
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| 9. | Nabarro-Herring creep dominates at very high temperatures relative to a material's melting temperature.
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| 10. | Aluminium has a lower melting temperature than brass and may be a possibility.
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