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The adsorption of 1,2-dichloropropane vapor on activated carbon has been investigated using a novel technique, TEOM. The adsorption isotherms are for the first time reported at temperatures in the range from 303 to 473 K and at pressures up to 6 kPa. The Toth isotherm appropriately describes the equilibrium data. The thermodynamic properties such as the Henry law constant and enthalpy associated with adsorption are derived to characterize interactions between adsorptive and adsorbent.

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Printing is attractive for manufacturing flexible circuits. This manuscript presents our investigation of single-grain Si TFTs fabricated from printed liquid-Si, on a polyimide substrate with the maximum process temperature of 350 °C. The field-effect mobility is 460 cm2/Vs for electrons and 121 cm2/Vs for the holes. CMOS inverters were also fabricated. The devices function at the bending diameter of 3 mm. The device performance under the bending stress was discussed.