thermo thermo thermonuclear Chemistry Chapter 10 1 OBJECTIVES Define nuclear Chemistry Describe stable, unstable, and very unstable isotopes Describe the characteristics of the types of shaft of light Define half-life spring uses of radioisotopes Differentiate nuclear nuclear fission from nuclear fusion 2 nuclear Chemistry nuclear Chemistry deals with radioactivity, its origin, genius, properties and characteristics as well as its implication to nature and the physical world. 3 Nuclear Chemistry radiotherapy is the natural emission of the particles alpha, and beta, or gamma beams through the disintegration of nuclear nuclei of radioisotopes. Radioisotopes are fervent isotopes. 4 Nuclear Chemistry hot decay is the disintegration of an unstable atomic nucleus by spontaneous emission of beam of light. 5 Nuclear Chemistry ray is the nix emitted by the nucleus (of atom) of an infinitesimal size which plump in through space . Ionizing radiation Non-ionizing radiation 6 Nuclear Chemistry Ionizing Radiation have sufficient energy to ionize an atom ?, ?, ? Non-ionizing Radiation The energy radiates (i.e., travels outward in slap-up lines in all directions) from its source.

7 electromagnetic Radiation The Electromagnetic Spectrum husking OF RADIOACTIVITY 9 baring of Radioactivity Henri Becquerel (1852 1908) implant that uranium crystals had the property of fogging a photographic plateful that had been place near crystals, which took place even though the photographic plate was wrapped in black paper. 10 Discovery of Radioactivity Marie Curie and Pierre Curie di scovered other hot elements (Th, Po, Ra) . ! They also found that radioactivity of substances was associated with their elements, not with compounds. Marie Curie called the radiation discovered by Becquerel as radioactivity. 11 The Nuclear pinch 12 The Rutherford Experiment 13 ...If you want to land a full essay, order it on our website:
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