Authors : Farhan Lafta Rashid, Ali Abdulabbas Abbood, Ahmed Hashim and Majeed Ali Habeeb
Abstract: An experimental investigation of applying a magnetic field and a radiation source horizontally with the direction of alloy once and vertically in another, current range passing through alloy is 1-3 amp. Alloy conductivity increases with magnetic field strength in the case of applying a magnetic field horizontally with the electrons movement direction once and vertically in another. Alloy electrical conductivity decreases with irradiation time when applying a magnetic field horizontally with the electrons movement direction once and vertically in another. Alloy conductivity decreases with irradiation time by applying a magnetic field and a radiation source horizontally with the direction of alloy once and vertically in another. Magnetic field intensity increases with temperature when applying a magnetic field and a radiation source horizontally with the electrons direction in the alloy once and vertically in another.
Farhan Lafta Rashid, Ali Abdulabbas Abbood, Ahmed Hashim and Majeed Ali Habeeb, 2012. The Effect of Vertical and Horizontal Exposure of Beta-Radiation and Magnetic Field on Ni-Cr Alloy Properties. Journal of Engineering and Applied Sciences, 7: 353-355.