Sentence examples for gun voltage from inspiring English sources

A gun voltage of −500 kV was chosen as a compromise between the need for controlling emittance growth and minimizing the risks of high-voltage arcing.

The first set of experiments to analyse particle size was conducted by ablating the Si target for a short 2-min deposition time and collecting the ablated material onto a transmission electron microscopy (TEM) grid, which could then be analysed using a Phillips FEI Technai TF20 field emission gun TEM (Hillsboro, OR, USA) operating at a gun voltage of 200 kV.

The results of both detector responses as a function of gun-accelerating voltage are also shown in Fig. 6.

Figure 10 shows typical images collected with the CBS detector at 3-keV gun-accelerating voltage and −1.5-keV deceleration voltage.

a 3-keV gun-accelerating voltage with a −1.5-keV decelerating potential, resulting in a 1.5-keV beam-electron-landing energy.

b 4.5-keV gun-accelerating voltage with a −3-keV decelerating potential, resulting in a 1.5-keV beam-electron-landing energy.

We found that the most important parameters were the gun-accelerating voltage, decelerating voltage, and landing energy of the probe beam; the distance from the sample to the detector; and the diameter of the SE-blocking aperture.

The filled diamonds show the normalized response of the CBS detector with 3-keV gun-acceleration voltage and deceleration voltages sufficient to achieve 1- and 1.5-keV landing energy.

The surface morphology of prepared activated carbon was examined using a scanning electron microscopy, Quanta 250 FEG (Field Emission Gun) with accelerating voltage 30 kV.

The chromaticity and luminance functions of the red, green, and blue guns were measured as each gun ranged in voltage from 0 255 in equal steps of 17 using a Minolta CS100 Chroma Meter.

The high-resolution TEM (HRTEM) images were acquired in a JEOL JEM 4010 electron microscope equipped with a LaB6 electron gun at an accelerating voltage of 400 kV.