| 1. | Nuclear power generation and the development of the nuclear power in china
核能发电与我国核电事业之路 |
| 2. | Nuclear power generation is one of the sources of artificial radiation
核能发电亦是人工辐射来源之一。 |
| 3. | Benefits of nuclear power generation and status of world nuclear power development
核能发电的优点及世界核电发展动向 |
| 4. | Quality program guidelines for project phase of non - nuclear power generation facilities
非核发电设备方案阶段的质量保证计划指南 |
| 5. | To meet the ever increasing demand of energy , nuclear power generation provides an answer to the continuous growth in power requirements
人们对能源的需求不断增加，核能发电是解决能源需求日增的其中一个方法。 |
| 6. | Since the advent of nuclear power generation , huge amounts of radioactive xenon 135 , krypton 85 and other inert gases that nuclear plants generate have been released into the atmosphere
由于核能发电的盛行，大量的放射性氙135 、氪85和其它由核能电厂所产生的惰性气体，都被排放到大气层中。 |
| 7. | In practice , especially in aviation , spaceflight , nuclear power generation , chemical engineering and petroleum chemical engineering , a great deal of components or equipments work at elevated temperature condition , and undergo cyclic loadings
在工程实际中，特别是在航空、航天、核电、化工和石油化工等领域，大量构件和设备在高温条件下服役，并常承受交变载荷的作用。 |
| 8. | To meet the ever increasing demand of energy , nuclear power generation provides an answer to the continuous growth in power requirements . while enjoying the energy from the nuclear power stations , we have to bear the risk of the unlikely event of a nuclear accident
人们对能源的需求不断增加，核能发电是解决能源需求日增的其中一个方法。但在享用核电站的电力时，我们也要承受万一发生核事故的风险。 |
| 9. | Nuclear power generation is one of the sources of artificial radiation . during the operation of nuclear power stations , traces of radioactive gases or fluid will be discharged to the environment . transportation and processing of nuclear wastes will also release traces of radioactive materials
核电站在运作过程中排放出带有微量放射性的废气和废水，而核废料在运送或处理过程中亦放出微量放射性物质，这些都是人工辐射的来源。 |
| 10. | Second , there appears to be ample uranium at reasonable cost to sustain the tripling in global nuclear power generation that we envisage with a once - through fuel cycle for the entire lifetime of the nuclear fleet ( about 40 to 50 years for each plant )
其次，地球上似乎还有充份的铀，能以合理的价格去维持未来全球核能电厂的营运这里所设想的情况是，这些电厂数目在未来将增加两倍，而且在其整个寿命（每个电厂约40 ~ 50年）中都是使用单次燃料循环。 |
