By controlling the viscosity of the precursor, the high-voltage strength, and the distance between the spinneret and the collector, which could all affect the diameter and morphology of the nanofibers, we were able to obtain TiO2 polymers and amorphous TiO2 by annealing the nanofibers prepared via the electrospinning process [4, 5].
The sensor develops a voltage whose strength is determined by salt concentration.
The effects of voltage and strength of electrolyte on degradation kinetics have been presented.
The high voltage, source strength and temperature dependence have been carefully studied to acquire stable operation of the gas monitor.
The instrumental conditions were obtained and optimized by Design of Experiments (DOE – factorial and response surface model), having as factors: separation voltage, ionic strength (buffer concentration), pH and temperature.
Compared with short-circuit ratio based indices which only reflect the effects of voltage supporting strength of the receiving-end AC system, the proposed assessment index further takes into account the effects of HVDC system, induction motors, and transmission grid topology.
These four factors are voltage, magnetic field strength, the distance between the two magnets and the electrode rotation speed.
This work allows for estimating the SER of such logic gates for ground applications, as well as for understanding the impact of voltage and drive strength through analysis of the sensitivity to soft errors.
The two-terminal Au/WO3 nanowire/Au devices exhibit resistive behavior under small bias voltage (electric field strength less than 106 V/m) at room temperature, and memristive behavior under large bias voltage or at elevated temperature.
The strength of voltage gradient is proportional to the current magnitude of the CEEK system.
