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ZnPc single-crystal nanobelts were grown by a physical vapor transport process with the length ranging from 20 to 150 μm and the width ranging from several tens of nanometers to several micrometers. Based on high crystalline ZnPc nanobelts, its single-crystal nanobelt transistors were realized. The field-effect mobility is as high as 0.75 cm2V−1s−1 with OTS modified SiO2 as dielectric, which is the...
Organic single crystals are valuable tools for the exploration of charge transport in organic materials. Here, we report two new methods for the non-destructive probing of anisotropic transport in molecular crystals, demonstrating an angular dependence of the field-effect mobility in the ab-plane of the rubrene single crystal. Clear minima and maxima are observed, corresponding to the a and b principle...
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