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12
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79957933451
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DHα4T films tend to undergo heat-induced surface morphology changes, particularly during thermal evaporation of gold. This problem can be avoided by radiation shielding and cooling of substrate at evaporation
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DHα4T films tend to undergo heat-induced surface morphology changes, particularly during thermal evaporation of gold. This problem can be avoided by radiation shielding and cooling of substrate at evaporation.
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13
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79957958648
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The present mobility is lower by a factor of 5 than that reported in Ref. 10. This slight discrepancy can be ascribed to thinner layers (5-6 molecular layers), different gold deposition (Ref. 11), less doped film, different electrode size and shape
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The present mobility is lower by a factor of 5 than that reported in Ref. 10. This slight discrepancy can be ascribed to thinner layers (5-6 molecular layers), different gold deposition (Ref. 11), less doped film, different electrode size and shape.
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14
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79957966384
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The delay of the response is partly due to the delivery time for odor to reach from the vapor source to the sample surface: The odor reaches the tiof the syringe at t=2sec. The distance between the tiof the syringe and the sample surface was set to be constant (3 mm) for all measurements
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The delay of the response is partly due to the delivery time for odor to reach from the vapor source to the sample surface: The odor reaches the tip of the syringe at t=2sec. The distance between the tip of the syringe and the sample surface was set to be constant (3 mm) for all measurements.
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