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Ⅰ引论山产生能量的方式来讲,我们可以把能分成三大类,就是机械能,化学能和原子能。机械能的产生是基於固体分子间的弹性能,例如砖石或钢块支持重量时所表现的能;化学能的产生是基于原子与原子间的化合能,例如煤在燃烧时所放出的热能;原子能的产生是基於原子核中各质点间的结合能,例如击破原子核时所得到的能。照这种意义来讲,我们把原子能称之为原子核能较为恰当些。原子核中各质点间的结合能比水分子中的氢及氧的结合能大一百万倍,此种化学结合
In terms of ways of generating energy, we can classify it into three categories: mechanical energy, chemical energy and atomic energy. The generation of mechanical energy is based on the elastic properties of solid molecules, such as the energy exhibited by masonry or steel blocks in support of weight. The production of chemical energy is based on the chemical energy of atoms and atoms, such as the thermal energy emitted by coal during combustion. The generation of atomic energy is based on the binding energy between the various points in the nucleus, such as the energy obtained when breaking the nucleus. In this sense, we call atomic energy nuclear power more appropriate. The nuclei of the binding between the various elements than the water molecules of hydrogen and oxygen binding capacity of a million times larger, this chemical combination