Fard Mahdieh Sharifi, Nasiri Parvin, Monazzam Mohammad Reza
Faculty of Environment and Energy, Science and Research Branch, Isalmic Azad University, Tehran, Iran.
Radiat Prot Dosimetry. 2011 Jun;145(4):421-5. doi: 10.1093/rpd/ncq445. Epub 2010 Dec 4.
Measurements were made according to IEEE standard 644-1994 at a height of 1 m above floor level. It is concluded that none of the measurements exceeded the ACGIH threshold limit value. Among all control rooms the highest measured density amount is 0.69 μT in the control room of Ozgol substation and the lowest is 0.2 μT in the post of Shahid Firouzi. The control room of Ozgol substation is located in the second floor and bus-bars are located at a short distance from the window on the east, and so the highest recorded magnetic field is measured in this control room. Among all switchgear parts the highest amount 9.15 μT is measured in Kan substation. None of the measurements exceeded the ACGIH threshold limit value.
测量是按照IEEE标准644 - 1994在高于地面1米的高度进行的。得出的结论是,所有测量值均未超过美国政府工业卫生学家会议(ACGIH)的阈限值。在所有控制室中,奥兹戈尔变电站控制室测得的最高密度值为0.69μT,而在烈士菲鲁兹岗位测得的最低值为0.2μT。奥兹戈尔变电站的控制室位于二楼,母线在东侧离窗户不远的地方,因此在这个控制室测得的磁场记录最高。在所有开关设备部件中,坎变电站测得的最高值为9.15μT。所有测量值均未超过ACGIH阈限值。