Among of all changing condition's methods for reducing voltage, dropping off the spinning distance is regarded as the most effective way, and then adding additional conditions (e.g., magnetic field force) to decrease the electric filed also was reported by Yang et al. [29].
Reducing voltage is a traditional strategy for designing and activating low-power mode of integrated systems.
This proposed topology has been derived from single ended primary inductor converter (SEPIC) by introducing a voltage-doubler circuit for providing high voltage gain with reduced voltage stress across the semiconductor devices.
This reduced voltage to the large pump that circulates water through the reactor core.
Hypokalaemic periodic paralysis mutants displayed reduced voltage sensitivity with k = −11.38 ± 0.28 (R1135H) and −9.12 ± 0.21 (R1135C) versus −7.54 ± 0.16 (wild-type) as expected for neutralization of a positive charge in the S4 voltage sensor.
For reduced voltages up to 3.5 kV/bar the model correctly describes the current voltage characteristics and leads to the conclusion that high pressure should favor rather than hamper electric field effects on flames.
For more reducing voltages these changes were stronger and persistent.
For mildly reducing voltages (1.4 V), these changes were partially reversed on discharging.
The output from the DC/DC boost converter then entered the DC/DC buck converter to reduce the voltage for charging purposes.
From the experimental results, it is found that one can further reduce the voltage for electron emission as the fabrication process is refined to create a fine emitter tip from graphene sheets.
