[ ɹˌe͡ɪdɪˈe͡ɪʃən kˈɛmɪstɹi], [ ɹˌeɪdɪˈeɪʃən kˈɛmɪstɹi], [ ɹ_ˌeɪ_d_ɪ__ˈeɪ_ʃ_ə_n k_ˈɛ_m_ɪ_s_t_ɹ_i]
How to use "Radiation chemistry" in context?
One of the most important aspects of radiation chemistry is the ability to evaluate the potential for radiation-induced damage. This entails understanding both the types of radiation and the chemistry involved in their interactions with matter. When radiation interacts with matter, it produces an array of new types of materials and molecules. Radiation chemistry can play an important role in understanding these interactions and developing effective radiation protection strategies.
One of the most widely studied types of radiation is the gamma radiation that is emitted by radioactive materials. Gamma radiation consists of high-energy photon packets which, when interacted with matter, can cause damage to DNA and other cellular structures.
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