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Nuclear Chemistry/Radiochemistry

Nuclear reactions differ from conventional chemical processes in one crucial respect: the identities of the elements change in a nuclear reaction. Furthermore, nuclear processes frequently result in the release of massive amounts of energy, up to a billion times greater than that generated by chemical reactions. Similarly, changes in temperature, pressure, or the presence of a catalyst have little effect on the yields and rates of nuclear reactions. Isotope chemistry, radiochemistry, radiation chemistry, and nuclear reaction chemistry, and applications, are all included in nuclear chemistry. Radiochemistry is the study of radioactive materials, both natural and man-made, and their use in the research of chemical processes.

  • Nuclear chemical engineering
  • Nuclear transmutation and reprocessing
  • Mechanisms of Radiocatalysis Study
  • Nuclear Fission and Nuclear Fusion
Committee Members
Speaker at Catalysis, Chemical Engineering and Technology 2022 - Thomas J J Muller

Thomas J J Muller

Heinrich-Heine-Universitat Dusseldorf, Germany
Speaker at Catalysis, Chemical Engineering and Technology 2022 - Edward Lee Ruff

Edward Lee Ruff

York University, Canada
Speaker at Catalysis, Chemical Engineering and Technology 2022 - Alexander G Ramm

Alexander G Ramm

Kansas State University, United States
Speaker at Catalysis, Chemical Engineering and Technology 2022 - Anne M Gaffney

Anne M Gaffney

University of South Carolina, United States

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