【摘 要】
：
Bentonite has been selected as the candidate of backfill material for nuclear waste repositories because of its large specific area, low hydraulic conductivity, low cost, high cation exchange capacity
【机 构】
：
Department of Chemistry, Huzhou Teachers College, Huzhou 313000, P.R.China;School of Nuclear Science
【出 处】
：
The 2nd China-Japan Academic Symposium on Nuclear Fuel Cycle
论文部分内容阅读
Bentonite has been selected as the candidate of backfill material for nuclear waste repositories because of its large specific area, low hydraulic conductivity, low cost, high cation exchange capacity for most of radionuclides.However, it has a negligible sorption of anionic radionuclides like79Se (half-life 3.27× 10s a) due to anion exclusion between negative charge surface of bentonite and anionic species.
其他文献
Hydrophobic ionic liquids are promising extraction media in solvent extraction separation of metal ions[l].In this work, the extraction behavior of several rare-earth metals (Y, Nd, Eu, Dy) from nitri
Uranium is an important nuclear energy resource.Separation and recovery of uranium from various uranium-containing effluents are of great significance to sustainable development of nuclear energy, hum
The fission products of Uranium(U) and Plutonium(Pu) covered from Zinc to Lutecium(Lu) in periodic table of the elements, some of them are rare earth metals, such as Rhodium(Rh) and Palladium(Pd).
With the world energy crisis deepening, nuclear power has been developed vigorously, thorium as a kind of potential nuclear fuel has been used widely.But the radioactive thorium maybe come into the bi
Multiwalled carbon nanotubes (MWCNTs) have attracted multidisciplinary interest because of their special physicochemical properties.MWCNTs have been proven to possess excellent adsorption capacity to
The development of nuclear power plant has a rapidly growing over the past decades and is predicted to be in a continuous increase in the future.However, due to thenuclear fuel cycle and mining operat
Uranium, as the most important nuclear energy resources, its separation, enrichment and recovery from nuclear industrial effluents, mine water, seawater and other liquid mediums have great significanc
Batch experiments have been done to compare the Ce(Ⅳ) stripping rate from 5％ tributyl phosphate and 5％ dibutyl phthalate(a main radiolysis product of tributyl phosphate) in xylene diluent, and reducta
This study aimed at exploring the mechanism on natural low molecular weight organic acids (LMWOAs) effects on uranium (U) accumulation and distribution in plants.Citric acid, malic acid, or mixture of
Uranium is one of the most important source materials for nuclear energy industry.Thus, separation and recovery of uranium from various uranium-containing aqueous systems are of great scientific and p