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《高中物理精编》第三册124页有这样一道例题:两个氘核聚变为1个氘核时,放出4MeV的能量,试计算一千克氘核完全聚变为氚核时,放出相当于多少汽油完全燃烧时所释放的能量?(设汽油燃烧值为11000千卡/千克)。该书通过分析解答得出:1千克氘核聚变为氚核时放出的能量E=9.63×10~(1(?))焦,1千克汽油完全燃烧放出的能量为E′=4.59×10~7焦,所以1千克氘核聚变
In the third volume of high school physical editing, page 124, there is an example: when two helium cores converge into one helium core, they release 4MeV of energy and try to calculate how much the equivalent of one kilogram of deuterons is released when they are completely condensed into nucleus. The amount of energy released when the gasoline is completely burned (the gasoline combustion value is set at 11000 kcal/kg). The book obtained through analysis and analysis: 1 kilogram of nuclear energy released into the deuterium nucleus emits energy E = 9.63 × 10 ~ (1 (?)) coke, 1 kilogram of gasoline complete combustion of energy released by E’ = 4.59 × 10 ~ 7 coke, so 1 kilogram of nuclear fusion