Porous chromatographic materials as substrates for preparing synthetic nuclear explosion debris particles

Keyphrases

• Nuclear Explosion 100%
• Debris Particles 100%
• Relative Standard Deviation 50%
• Surface Coating 50%
• Radionuclides 50%
• High Temperature 50%
• Coated Particle 50%
• Sample Preparation 50%
• Active Metal 50%
• Formation Process 50%
• Pore Volume 50%
• Niobium 50%
• High-temperature Treatment 50%
• Rhenium 50%
• Tellurium 50%
• Metal Loading 50%
• Forensic 50%
• Material Balance 50%
• Volatile Species 50%
• Debris 50%
• Metal Species 50%
• Soluble Metals 50%
• High Boiling Point 50%
• Pore Filling 50%
• Metal Solutions 50%
• Radioactive Fallout 50%
• Method Development 50%
• Analytical Method Development 50%
• Surrogate nuclear Explosion Debris 50%
• Low Boiling Point 50%
• Trinitite 50%
• Recalcitrant Species 50%
• Working Standard 50%
• Metal Discrimination 50%
• Synthetic Substrate 50%
• Selective Loading 50%
• Radioanalytical Methods 50%
• Elevated Concentrations 50%
• Controlled Pore Glass 50%
• Core-shell Silica 50%

Earth and Planetary Sciences

• Porosity 100%
• Nuclear Explosion 100%
• Boiling Point 66%
• Standard Deviation 33%
• Sample Preparation 33%
• Radionuclide 33%
• Material Balance 33%
• Rhenium 33%

Agricultural and Biological Sciences

• Boiling 100%
• Reproducibility 50%
• Recalcitrant Species 50%