| 1. | Light gases, such as hydrogen and helium typically have high thermal conductivity.
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| 2. | Thus, the thermal conductivity of nonmetals is approximately constant at high temperatures.
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| 3. | The " thermal conductivity " is a characteristic of the particular material.
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| 4. | Thermal conductivity of amorphous materials is lower than that of crystalline metal.
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| 5. | However, the thermal conductivity does not take into account the interface resistances.
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| 6. | Other crown material properties to be considered are thermal conductivity and radiolucency.
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| 7. | Because superfluid has very high thermal conductivity, it makes an excellent coolant.
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| 8. | Thermal expansion, thermal conductivity and other data are shown in Table 2.
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| 9. | They also claim that selenium increases electric conductivity and reduces thermal conductivity.
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| 10. | Most manufacturers give a value for the thermal conductivity of a material.
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