Farhan  Lafta Rashid, Ali  Abdulabbas Abbood, Ahmed  Hashim, Majeed  Ali Habeeb, 
    The Effect of Vertical and Horizontal Exposure of Beta-Radiation and Magnetic 
  Field on Ni-Cr Alloy Properties,
    Journal of Engineering and Applied Sciences,
    Volume 7,Issue 4,
    2012,
    Pages 353-355,
    ISSN 1816-949x,
    jeasci.2012.353.355,
    (https://makhillpublications.co/view-article.php?doi=jeasci.2012.353.355)
    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.
    Keywords: Ni-Cr alloy;magnetic field;radiation;alloy properties;electrons;source