| 1. | Magnetic fusion energy
磁聚变能 |
| 2. | Inertial confinement fusion ( icf ) is one main way to realize the controlled thermonuclear fusion energy
惯性约束聚变( icf )是实现可控热核聚变能源的主要途径之一。 |
| 3. | The superheated sun would release as much fusion energy in that hour as it normally does in 100 million years
过热的太阳在这一小时内释放出的核融合能量，可达正常情形下一亿年里所释出的量。 |
| 4. | Material problem is one of the key issues in nuclear energy r & d . it is also the crucial issue for the fusion energy to be applied practically
材料问题是核能研究开发中的关键技术问题之一，也是核聚变能否获得早期应用的“瓶颈”问题之一。 |
| 5. | Nova see http / / lasers unl . gov / lasers / target / novatour / lobby . html ) these extremely large , extremely expensive facilities have usually been justified primarily as a potential inexhaustible source of " clean " fusion energy
这些极巨大极昂贵的设施一般被认定为“干净”聚变能源潜在的取之不尽的源泉。 |
| 6. | The technique , which borrows from fusion energy research , takes advantage of the fact that 99 . 9 percent of the radioisotopes in the waste are heavy elements , says company head john r
该公司的老板吉尔兰说，核废料中99 . 9 %以上的放射性同位素是重元素，他们的技术就是利用这个事实，而灵感是从核融合研究借来的。 |
| 7. | Nuclear fusion will be able to provide us with perpetual energy . however , it ' s long way for human beings to obtain large - scale commercial fusion energy . but we believe that fusion energy will realize finally
由于受控热核聚变研究集中了当代最深奥的科学知识和最先进的工程技术，昭示了聚变之路的艰辛与漫长，但最终聚变能将会造福全人类 |
| 8. | After two years at the indiana university and one year at the university of wisconsin - madison of postdoctoral research , he joined the oak ridge national laboratory ornl in 1975 where he worked at the fusion energy division for 29 years and retired as a senior r d staff
经过三年在印地安那大学和威斯康辛大学后博士研究后，于1975年进入设在田纳西州的橡树岭国家研究所。他在橡树岭国家研究所的核融合能源组工作了29年后，于2004年以资深研究员身份退休。 |
| 9. | The fds ( fusion design study ) team of asipp ( institute of plasma physics , chinese academy of sciences ) was formed to study possible paths for the application of fusion energy , currently working for finding the feasibility application roads of fusion energy with the study of concept design , simulation , development of related key techniques and specifying out the main issues and improving suggestions
中国科学院等离子体物理研究所fds ( fusiondesignstudy )课题组为了探索先进核能系统以及核能系统更广泛应用途径，在五个主要评价数据库以及iaea的fendl e - 2 . 0评价数据库的基础上自主开发了多群混合评价数据库hendl1 . 0 mg ( hybridevaluatednucleardatalibrary ) 。 |
