| 41. | Heavily boron-doped silicon is a type II superconductor with a transition temperature T c of 0.4 K.
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| 42. | Typically, if T _ r is set to match the glass transition temperature T _ g, we get
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| 43. | This relatively high transition temperature is thought to explain the relative rarity of huttonite on the Earth's crust.
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| 44. | Crystalline polymers ( especially those reinforced with fillers ) can be used even above their glass transition temperature.
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| 45. | The superconducting transition temperature T c depends on the doping and film structure and is below 3.3 K.
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| 46. | Aside from chain length, transition temperature can also be affected by the degree of unsaturation of the lipid tails.
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| 47. | These discontinuities are frequently used to detect the glass transition temperature where a supercooled liquid transforms to a glass.
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| 48. | The isotope effect showed that materials with heavier ions ( different nuclear isotopes ) had lower superconducting transition temperatures.
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| 49. | As the system is cooled towards its transition temperature, superconducting grains begin to fluctuate in and out of existence.
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| 50. | The temperature at which a polymer becomes a glass by fast cooling is called the glass transition temperature T g.
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