White-Pettigrew, Matthew.
Overview
            | Works: | 0 works in 0 publications in 0 languages | |
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Titles
          
                  
                    Comparing the Efficiency of Various Microbial and Nanoparticulate Treatments Aimed at Remediating Uranium and Strontium, with an Emphasis on Endpoint Identification and Recalcitrance to Oxidative Dissolution.
                  
                  by: 
                  ProQuest Information and Learning Co.; White-Pettigrew, Matthew.; The University of Manchester (United Kingdom).
                  (Language materials, manuscript)
                  
                  
                
                
          Subjects
          
            
              
                Environmental impact.
              
            
              
                Astronomy.
              
            
              
                Minerals.
              
            
              
                Oxidation.
              
            
              
                Radiation.
              
            
              
                Electricity.
              
            
              
                Nuclear energy.
              
            
              
                Nuclear physics.
              
            
              
                Mining.
              
            
              
                Cosmic rays.
              
            
              
                Physics.
              
            
              
                Nitrates.
              
            
              
                Water resources management.
              
            
              
                Bacteria.
              
            
              
                Nuclear reactors.
              
            
              
                Nuclear engineering.
              
            
              
                Groundwater.
              
            
              
                Carbon.
              
            
              
                Climate change.
              
            
              
                Energy.
              
            
              
                Hydrologic sciences.
              
            
              
                Biogeochemistry.
              
            
              
                Mineralogy.
              
            
              
                Bioremediation.