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Magnetic separation is a new separation technique and the essence of this technique is to incorporate a discrete magnetic phase into the weakly or nonmagnetic target particles to increase their magnetic susceptibility and then separate these particles by magnetic field. The most attractive advantage of magnetic separation for radioactive wastewater treatment is its good performance in difficult-to-handle samples. By using the magnetic separation techniques rather than centrifugation or filtration, it will reduce the chances of contacting with radiations. However, so far only limited knowledge exists concerning the removal of radioactive substances by magnetic separation method, especial uranium removal by magnetically modified biomass.
Magnetic separation is a new separation technique and the essence of this technique is to incorporate a discrete magnetic phase into the weakly or nonmagnetic target particles to increase their magnetic susceptibility and then separate these particles by magnetic field. The most attractive advantage of magnetic separation for radioactive By using the magnetic separation techniques rather than centrifugation or filtration, it will reduce the chances of contacting with radiations. However, so far only only limited knowledge exists concerning the removal of radioactive substances by magnetic separation method, especial uranium removal by magnetically modified biomass.