Sentence examples for discharges applying from inspiring English sources

The electrode dimensions in the micro-range realized by means of modern micro-machining and galvanic techniques are small enough to generate sufficiently high electric field strengths to ignite gas discharges applying only moderate radio frequency (13.56 MHz) voltages (80 390 V in Ne, He, Ar and N2).

The generated electric field strengths to ignite gas discharges apply only moderate radiofrequency (RF, 13.56 MHz) voltages.

The method consists of supplementary injection of ions, electrons and metastable atoms into the processing RF plasma using very short high voltage pulsed discharges applied on a separate electrode at the same repetition rate as the negative accelerating pulses applied on the target.

For safety purposes and inhibiting the electrical discharge, applying less than 35 kV to either positive or negative voltage is strongly recommended.

This paper presents experimental data and supporting simulation for Turbo-Discharging applied to internal combustion engines.

A seven-fold increases in the current signal by increasing the discharge applied voltage and ion velocity under applying double-pulse lasers field.

The results depicted that the VDF and current signals depend on the discharge applied voltage, laser intensity, laser wavelength and ambient argon gas pressure.

The obstacles of thermal expansion and electrical discharge, when applying high current densities at high temperatures, were overcome by first allowing for thermal expansion by bringing the upper electrode into close proximity of the fixed bottom electrode during heating.

The low pressure arc discharge was applied to make rough the inner surface of the aluminum cylindrical tube under the following experimental conditions: arc current: 40 140 A, initial pressure: 50, 100, 200 mTorr, applied magnetic field: 0 2.5 mT. The influence of these parameters on discharge behavior, cathode erosion rate, and cathode surface roughness were investigated and discussed.

It is shown that ISFETs show high sensitivity to ESD when they are in contact with a solution and discharges are applied to ISFET contact pins or when ISFET contact pins are connected to the ground and discharges are applied to a solution drop deposited on the gate zone.

The surface energy was slightly increased when increasing number of repeated discharges were applied from 1 to 20 times.