因而，受控热核聚变反应能是最理想的能源。
Thus, controlled thermonuclear fusion reaction can be is the best source of energy.
为什么不在国际热核聚变实验堆方法的返回值？
2201年，太阳热核聚变减慢，地球气温大幅下降。
2201 – At the Sun slowing thermonuclear processes. Temperature drops.
本文对可控热核聚变实现提出了一种新设想——运行中的等离子体交叉对撞模型。
A new model of realizing controlled thermonuclear fusion is raised, namely the cross-colliding model of moving plasma.
试验包层模块(TBM)是国际热核聚变实验堆(ITER)的关键核心组件，其设计涉及多学科综合优化分析。
Test Blanket Module (TBM) is a key component of the International Thermonuclear Experi-mental Reactor (ITER). Its design involves multi-disciplinary optimization analysis.
神光III激光装置是我国在建的一项重大的工程项目，其作用是在实验室条件下产生高能量激光，从而驱动热核聚变。
The SG-III Laser driver facility now under construction is a significant project in China, it is used to start thermonuclear reaction by generating high power laser beams under laboratory conditions.
(国际热核聚变实验实验堆)是规划建设中的一个为验证全尺寸可控核聚变技术的可行性而设计的国际托卡马克实验堆。
ITER (international Thermonuclear Experimental reactor) is a planning international Tokamak reactor designed to demonstrate the feasibility of the full dimensions controlled nuclear fusion technology.
但是，即便在日本的能源开发计划中，也严重向有利于热核聚变途径倾斜，尽管这种途径不大可能满足日本的能源需要。
And even Japan's programme is seriously skewed in favour of approaches to nuclear fission that look increasingly unlikely to meet its energy needs.
热核聚变与其成果的实施相遥几十年，即便其建议者也并不期望它在今后三十年内能够对取代矿物燃料的世界需要做出什么贡献。
Fusion is decades away from fruition, and even its proponents don't expect it to contribute to the world's need for alternatives to fossil fuel within the next30 years.
因为公众对在“热核聚变”旁边带有“实验”字眼的任何东西都感到恐慌，这座“国际热核聚变实验反应堆”后来被缩写为其貌不扬的ITER。
The International thermonuclear experimental Reactor became plain ITER following public anxiety about anything that has "thermonuclear" next to "experimental" in its name.
因为公众对在“热核聚变”旁边带有“实验”字眼的任何东西都感到恐慌，这座“国际热核聚变实验反应堆”后来被缩写为其貌不扬的ITER。
The International Thermonuclear Experimental Reactor became plain ITER following public anxiety about anything that has “thermonuclear” next to “experimental” in its name.
在这个极限点上，其中心压力将变得如此巨大，以至于爆发失控的核聚变，而恒星则爆炸成为热核爆炸型超新星。
At this point the pressure at its center will become so great that runaway fusion occurs and the star will detonate in a thermonuclear supernova.
一个星际的任务真正的圣杯将是我们在热核能利用能力上的突破——就是核聚变。
The real Holy Grail for an interstellar mission will be breakthroughs in our ability to harness thermonuclear energy — namely fusion.
核聚变是一种热核反应。
核聚变是一种热核反应。
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