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Our results indicate that some personality traits such as need for autonomy and risk propensity, as well as beliefs, can have a significant positive influence on entrepreneurial intention. Entrepreneurship education has a positive, albeit limited impact on human-capital assets. The programs we assessed had a statistically significant impact on beliefs, on the capacity to exploit an opportunity, and on entrepreneurial knowledge. However, we did not observe any significant this website impact on entrepreneurial intention. ""A systematic study on nanographene grown directly on silicon dioxide substrates is reported. The growth is carried out in a remote plasma-enhanced chemical vapor deposition system at a low temperature of around 550 ��C with methane gas as the carbon source. Atomic force microscopy is used to characterize the nanographene morphology, and Raman spectroscopy, X-ray photoelectron spectroscopy, and scanning tunneling microscopy are exploited AG-221 to identify the in-plane sp2 bonding structures of nanographene samples. Electrical transport properties are measured at various temperatures down to 4 K. Tunneling effects, minimal conductance at the charge-neutral point, sheet resistances, and Dirac point position at different channel lengths are investigated. In addition, nanographene film possesses high transmittance properties, as indicated by transmittance spectra. Nanographene devices are fabricated from rippled structures, and show great promise for strain-gauge sensor applications.""These authors equally contributed to the work. Lawrence Livermore National Laboratory, 7000 East Avenue, Livermore, CA, 94550, USA A study is presented of the nanomechanical phenomena Succimer experienced by nanoparticle-conjugated biomolecules. A thermodynamic framework is developed to describe the binding of thrombin-binding aptamer (TBA) to thrombin when the TBA is conjugated to nanorods. Binding results in nanorod aggregation (viz. directed self-assembly), which is detectable by absorption spectroscopy. The analysis introduces the energy of aggregation, separating it into TBA�Cthrombin recognition and surface-work contributions. Consequently, it is demonstrated that self-assembly is driven by the interplay of surface work and thrombin-TBA recognition. It is shown that the work at the surface is about ?10 kJ mol?1 and results from the accumulation of in-plane molecular forces of pN magnitude and with a lifetime of