Reif Ronald H
Woods Hole Oceanographic Institution, EH&S Office, MS#48, Woods Hole, MA 02543, USA.
Health Phys. 2006 Nov;91(5 Suppl):S87-91. doi: 10.1097/01.HP.0000240534.85882.18.
Numerous employees at the Woods Hole Oceanographic Institution (WHOI) have expressed health concerns about occupational exposures to various radio frequency radiation (RFR) sources. These RFR sources of concern include primarily radar systems (ship and experimental) and various communication systems (ship, roof top transmitting and receiving antennas, and portable transceivers). A certified testing service and an independent health physics consultant evaluated the RFR exposures using appropriate methods and concluded that all occupied work areas were below the applicable maximum permissible exposure (MPE) limits. Despite these independent conclusions, numerous employees continued to express health concerns and an interest in evaluating their exposures with a monitoring device that was more representative of their personal exposure (i.e., could be worn on body). To facilitate resolution of these concerns, a collaborative approach between the Environmental, Health & Safety Office and the concerned employees was developed that included: 1) a literature search was conducted and information on RFR health effects, exposure limits, and assessment methods was compiled and made available to all concerned employees; 2) all RFR sources of concern were identified and characterized by frequency; 3) an RFR personal monitor was evaluated and selected; 4) RFR exposures were evaluated with full-shift monitoring; and 5) data logged monitoring results and the relevant exposure limits were evaluated. All monitored exposures have been less than 10% of the MPE limit from the Institute of Electrical and Electronics Engineers (IEEE) Standard C95.1-1999 for controlled areas, and all occupational RFR exposure concerns have been resolved.
伍兹霍尔海洋研究所(WHOI)的众多员工对职业性接触各种射频辐射(RFR)源表示了健康担忧。这些令人担忧的RFR源主要包括雷达系统(船舶和实验用)以及各种通信系统(船舶、屋顶收发天线和便携式收发器)。一家认证检测服务机构和一位独立的健康物理顾问使用适当方法对RFR暴露情况进行了评估,得出结论称所有有人工作区域的暴露水平均低于适用的最大允许暴露(MPE)限值。尽管有这些独立结论,许多员工仍继续表达健康担忧,并希望使用一种更能代表其个人暴露情况(即可以佩戴在身上)的监测设备来评估其暴露水平。为便于解决这些担忧,环境、健康与安全办公室与相关员工制定了一种协作方法,包括:1)进行文献检索,汇编有关RFR健康影响、暴露限值和评估方法的信息,并提供给所有相关员工;2)识别所有令人担忧的RFR源,并按频率进行特征描述;3)评估并选择一种RFR个人监测器;4)通过全时段监测评估RFR暴露情况;5)评估记录监测结果的数据以及相关暴露限值。所有监测到的暴露水平均低于电气和电子工程师协会(IEEE)标准C95.1 - 1999中控制区域MPE限值的10%,所有职业性RFR暴露担忧均已得到解决。