The Effect of High Voltage and Emission Current in XRay Tube on Sodium Chloride (NaCl) Crystal

Abstract

In this thesis, the effect of changes of high voltage and emission current in XRay Tube was verified on the rate of penetration through NaCl crystallization (NaCL). Where was checked the effect of applied high voltage used to accelerate electrons to produce X-ray also emission current were investigated as a function of penetrating rate with different angle of incidence on sodium chloride (NaCL) Crystal as nondestructive testing method the method was used in case of changing the applied voltage and fixing the emission current to 1 mA it was revealed increase of penetrating rate with increasing the applied voltage and decreasing with increasing of angle of incidence. In case of fixing the accelerated voltage at 35 KV and changing the emission current (0.6, 0.8 and 1 mA) it was revealed logarithmic decay with higher penetrating rate 1 mA than 0.8 mA.