This research project was conducted to calculate the temperature of the electrons in the plasma generated by the fission of helium gas vapor mixture of zinc acetate with a ratio of the intensity spectrum of light emitted from the plasma. The plasma is generated by making the helium gas mixed intake of zinc acetate, broken down by stimulation with electric field frequency using electric power to the plasma at a power supply terminal capacity and terminal bias equal to 161.77. W and 0.419 W respectively in the plasma carried out at a pressure of 400 600, 800 and 1000 kPa, measuring the spectrum of light emitted from plasma with a spectrum analyzer, optical (OES) to find spectral lines from. emission of helium atom is excited by He I was on every major pressure conditions. And the calculated electron temperature of proportion to the intensity of spectral lines (), found that the results of the calculations showed that the electron temperature was found at about 8,000 Kelvin or 0.67 electron volts at a pressure of 800 kPa, which is a state examination. Meet the intensity of spectral lines caused by the emission of atoms zinc Stimulated ZnI much so that pressure conditions are suitable for stimulating atoms of zinc and oxygen extracted from the vapor of zinc acetate further. As a result, the rate of deposition of zinc atoms and the formation of a zinc oxide film on the substrate.
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