首页> 外国专利> METHOD FOR PREPARING AN SIMULATOR FOR THE PERFORMANCE OF THE PROCESSES OF THE LIGHTING OF PRODUCTS OF ACID DISSOLUTION OF WASTE NUCLEAR FUEL

METHOD FOR PREPARING AN SIMULATOR FOR THE PERFORMANCE OF THE PROCESSES OF THE LIGHTING OF PRODUCTS OF ACID DISSOLUTION OF WASTE NUCLEAR FUEL

机译:制备模拟核废料酸溶解产物的照明过程的方法

摘要

FIELD: fuel.SUBSTANCE: invention relates to radiochemical technology and can be used for testing of equipment in spent nuclear fuel (SNF) processing technology. Method of simulator preparation for spent nuclear fuel acid dissolving products clarification processes development involves obtaining finely dispersed model suspension, containing solid-phase composition chemically inert in nitric acid media. Composition contains more than one component, representing fine dispersed hydrated oxide and metallide forms, which are introduced in form of separately prepared powders by dispersion in fluid to produce solid phase particles concentration of 10–35,000 mg/l, with solid phase particles density of 4.4–6.5 g/cm, with solid phase particle size of 50–2,500 nm, with suspensions density of 1.3–2.4 g/cm.EFFECT: invention enables to simulate SNF acid dissolving product with account of its production method, type of SNF, burnup fraction, duration of conditioning before processing, operations preceding dissolution.15 cl, 5 dwb, 1 tbl, 1 ex
机译:技术领域本发明涉及放射化学技术,并且可以用于对乏核燃料(SNF)处理技术中的设备进行测试。用于废核燃料酸溶解产物澄清过程的模拟器制备方法的开发涉及获得精细分散的模型悬浮液,该悬浮液包含在硝酸介质中化学惰性的固相成分。组合物包含一种以上的成分,代表精细分散的水合氧化物和金属化物形式,以单独制备的粉末形式通过分散在流体中引入以产生固相颗粒浓度为10–35,000 mg / l,固相颗粒密度为4.4 –6.5 g / cm,固相粒径为50–2,500 nm,悬浮液密度为1.3–2.4 g / cm。效果:发明能够根据其生产方法,SNF类型,燃耗来模拟SNF酸溶解产品馏分,加工前的调节时间,溶解前的操作15 cl,5 dwb,1 tbl,1 ex

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