Sentence examples for lamp currents from inspiring English sources

All samples were analysed in an air-acetylene flame using appropriate wavelength, slit length and lamp currents.

Cathode lamps used were As (wavelength 193.7 nm, lamp current 4.0 mA), Cu (wavelength 324.8 nm, lamp current 1.5 mA), Fe (wavelength 248.3 nm, lamp current 7.0 mA), Hg (wave length 253.7 nm, lamp current 0.7 mA), Pb (wavelength 217.0 nm, lamp current 3.0 mA) and Zn (wavelength 213.9 nm, lamp current 2.0 mA).

Cathode lamps used were As (wavelength 193.7 nm, lamp current 4.0 mA), Cu (wavelength 324.8 nm, lamp current 1.5 mA), Fe (wavelength 248.3 nm, lamp current 7.0 mA), Hg (wavelength 253.7 nm, lamp current 0.7 mA), Pb (wavelength 217.0 nm, lamp current 3.0 mA), and Zn (wavelength 213.9 nm, lamp current 2.0 mA).

The pumped lamp current, Q-switch frequency and scribing rate were optimized.

The input parameters considered are lamp current, pulse frequency, assist air pressure and thickness of the job.

Lamp current, pulse frequency, air pressure and thickness of the job are selected as independent process variables.

Model Analyst-700 spectrometer with As lamp (lamp current 380 mA), illuminating at 193.7 Å (specific for As) was utilized for this purpose (Biswas et al. 2008).

Chromium hollow cathode lamp was used as the radiation source with lamp current of 7 mA, wavelength of 357.9 nm and slit width of 0.2 nm.

The sensitivity was 0.055 ppm, detection limit was 0.001 ppm, lamp current was 5 mA and optimum working range of the instrument was 0.001 20.0 ppm.

The total ion current from the photoionization source was verified as a function of lamp current, sample flow rate, and drift field.

In this study, lamp current, pulse frequency, pulse width, assist air pressure and cutting speed of work piece are considered as laser machining process parameters.