A novel high-sensitivity, low-power, liquid crystal temperature sensor

The effect of a pasteurization treatment at 90  2  C for 35 s provided by continuous microwave under different doses (low power/long time and high power/short time) or

First, we show the low temperature (LT) (10 K) absorption and luminescence spectra of the Yb 3þ doped BMF crystal. High resolution site selective measurements are used to determine

Despite the relatively low spectral resolution, the sensitivity of the Spitzer telescope allowed the observation of the rich molecular emission spectrum of inner regions

For detecting uncertainty transitions from low-to-high or high-to-low values, we compute a change signal c t that maximizes the difference between u t and previous uncer-

This is caused by a high transition probability between submachines in these circuits (Table 3). One Hot encoding in submachines: In accordance with previous results related

On the other hand, making use of equations (4) and (6), which account for the nonlinear contributions in the bias voltage, we have computed the power dissipated in the source

A sensitivity analysis is performed with the IEEE 118- bus test system to assess the impact of ECPA’s upper limits (maximum number of active power changes and controllable voltages)

An improvement was explained in Flexible Area considering a function between open circuit voltage and maximum power point voltage when the temperature changes and other