Deposition rate and substrate temperature equivalently control molecular orientation, pi-stacking distance, and hexagonal order in vapor-deposited hexagonal columnar glasses, extending rate-temperature superposition to a new liquid crystal motif.
D.; Lugli, P.; Lmimouni, K.; Dufour, C., Effects of grain boundaries, field-dependent mobility, and interface trap states on the 31 electrical characteristics of pentacene TFT
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Using Deposition Rate and Substrate Temperature to Manipulate Liquid Crystal-like Order in a Vapor-deposited Hexagonal Columnar Glass
Deposition rate and substrate temperature equivalently control molecular orientation, pi-stacking distance, and hexagonal order in vapor-deposited hexagonal columnar glasses, extending rate-temperature superposition to a new liquid crystal motif.