In most nuclear facilities, the used fuel, which is highly radioactive, is removed from the reactor and stored in a pool of water.
Since As III) is more toxic and more difficult to remove than As V), a pre-oxidation technology by transforming As III) to As V) is highly desirable to remove arsenic from water [2].
These data imply that central tolerance is highly efficient at removing all other TCRs reactive for this ligand, but for unknown reasons, fails to remove thymocytes expressing these two TCRs.
Experiments conducted to remove fine foreign particles (which plug reservoir rock pores) using ultrasonic waves have shown that this technology is highly efficient in removing and cleaning these particles (Poesio and Ooms 2004).
The new focus on rare mutations suggests that natural selection is highly efficient at removing schizophrenia-causing genes from the population.
Therefore, it is highly desirable to remove raindrops from rainy images to ensure the reliability of outdoor vision systems [1].
Grain boundaries and defects reduce the conductivity of the film and therefore it is highly desired to remove them during growth.
Refolded TAL6003 zymogen is filtered, diafiltered, and filtered again prior to capture and purification on SP Sepharose, which is highly effective in removing host-cell protein.
The results obtained from the sorption characteristics have revealed that NaS OS material is highly effective in removing cadmium from aqueous solutions, with a maximum uptake capacity of 200 mg g−1 (1.78 mmol g−1).
Results show that the PAP is highly effective in removing copper (Cu), zinc (Zn), lead (Pb) and cadmium (Cd), and relatively less effective on petroleum pollutants (PP), animal & vegetable oil (AVO), biochemical oxygen demand (BOD), chemical oxygen demand (COD) and ammonia nitrogen (NH4-N).
