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基于放射性废物最小化的电气设计实践

Electrical Design Practice Based on Radioactive Waste Minimization
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摘要 基于废物最小化原则,在电气领域中提出新的混合控制技术和电流突变技术,同时优化电气设备的布置,灵活采用2种与常规电气或PLC/DCS的接口。试验及应用表明,该技术可有效减少放射性废物数量和人员受照剂量,在有毒、有害、易燃及易爆等领域有一定推广价值。 Based on the principle of waste minimization,the new technologies of hybrid control and current mutation are proposed in the electrical field.At the same time,the arrangement of electrical equipment is optimized and two kinds of interfaces with conventional electrical control or PLC/DCS are flexibly adopted.The test and application show that the new technology can effectively reduce the quantity of radioactive waste and the radiation dose of personnel,and has a certain promotion value in toxic,harmful,flammable and explosive fields.
作者 龚应伟 孙圣权 范继珩 GONG Yingwei;SUN Shengquan;FAN Jiheng(The First Research Institute,Nuclear Power Institute of China,Chengdu 610213,China)
出处 《电工技术》 2020年第5期55-57,共3页 Electric Engineering
关键词 放射性 废物最小化 混合控制 设备变位布置 电流突变 radioactivity waste minimization hybrid control equipment displacement arrangement current mutation
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