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Radioactive tracers are substances that contain radioactive isotopes and are used in various fields, particularly in medicine and environmental studies, to track the movement of materials within systems. These tracers emit radiation that can be detected and measured, allowing researchers to visualize processes such as metabolic activity in the body or the flow of water in ecosystems. In medical applications, they are often used in imaging techniques like PET scans to diagnose diseases. Their ability to provide real-time data makes them valuable tools for both research and clinical purposes.
Radioactive wastes are stored in mines; in normal condition they have a nonsignificant effect on the nature.
It can be any color and even colorless, such as water. Radiation doesnt effect the color or anything it has radiated.
The radioactive decay of americium 241 is by alpha disintegration; the disintegration of radioactive krypton isotopes is by beta particles emission.
All nuclear fuels contain radioactive elements.
rays
tracer
Alloys
Radioactive tracers in pipes can come from various sources such as leakages from nuclear facilities, medical facilities that use radioactive materials for treatments, or industrial processes that involve radioactive isotopes. These tracers are used to detect leaks, blockages, or flow patterns in pipes.
J. C. Boursnell has written: 'Safety techniques for radioactive tracers' -- subject(s): Radioactive tracers, Safety measures
Robert R. Wolfe has written: 'Isotope tracers in metabolic research' -- subject(s): Metabolism, Methodology, Radioactive tracers in biochemistry, Research 'Radioactive and stable isotope tracers in biomedicine' -- subject(s): Isotope Labeling, Mass Spectrum Analysis, Metabolism, Methodology, Methods, Radioactive tracers in biochemistry, Research
Either beta or gamma
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Maxwell Leland McCormack has written: 'A study of techniques for determining root extensions, using radioactive tracers' -- subject(s): Radioactive tracers, Roots (Botany), Trees, Measurement
Radioactive tracers are used in science to track the movement of molecules in biological systems. By incorporating a radioactive isotope into a molecule, scientists can follow its distribution and transformations within living organisms or chemical reactions. This technique is valuable for studying metabolic pathways, identifying diseases, and investigating physiological processes.
SUCROSE! good luck on your exam :)
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