thermonuclear weapon

简明释义

热核武器

英英释义

例句

1.During the Cold War, both superpowers stockpiled thermonuclear weapons 热核武器 as a deterrent against each other.

在冷战期间，两个超级大国都储备了热核武器作为对抗对方的威慑手段。

2.The testing of a new thermonuclear weapon 热核武器 raised concerns among international leaders about nuclear proliferation.

新热核武器的测试引发了国际领导人对核扩散的担忧。

3.In a hypothetical scenario, the use of a thermonuclear weapon 热核武器 could lead to catastrophic consequences.

在一个假设的场景中，使用热核武器可能导致灾难性的后果。

4.Scientists are studying the effects of a thermonuclear weapon 热核武器 explosion on the environment.

科学家们正在研究热核武器爆炸对环境的影响。

5.The development of the thermonuclear weapon 热核武器 marked a significant advancement in military technology.

热核武器的研发标志着军事技术的重大进步。

作文

The term thermonuclear weapon refers to a type of explosive device that derives its destructive force from nuclear reactions involving fusion. Unlike atomic bombs, which rely on fission—the splitting of heavy atomic nuclei—thermonuclear weapons utilize the process of combining light atomic nuclei, such as hydrogen isotopes, to form heavier nuclei, releasing vast amounts of energy in the process. This distinction is crucial as it highlights the significant difference in power and mechanism between the two types of nuclear weapons.The development of thermonuclear weapons marked a pivotal moment in military technology and international relations. The first successful test of a thermonuclear weapon, known as the hydrogen bomb, was conducted by the United States in 1952, followed by the Soviet Union's test in 1953. These events escalated the arms race during the Cold War, as nations sought to enhance their military capabilities through the acquisition of more powerful weapons.One of the most alarming aspects of thermonuclear weapons is their sheer destructive potential. A single thermonuclear weapon can produce an explosion equivalent to millions of tons of TNT, capable of obliterating entire cities and causing catastrophic loss of life. The bomb dropped on Hiroshima in 1945, which was an atomic bomb, killed approximately 140,000 people. In contrast, a modern thermonuclear weapon could result in casualties reaching into the millions, depending on the target and population density.Moreover, the environmental impact of thermonuclear weapons extends far beyond immediate destruction. The fallout from a nuclear explosion can contaminate air, water, and soil, leading to long-term health issues for survivors and future generations. The concept of 'nuclear winter' also arises from the use of thermonuclear weapons, where the smoke and debris from widespread nuclear explosions could block sunlight, drastically altering global climate patterns and potentially leading to mass starvation.In response to the threat posed by thermonuclear weapons, various international treaties and agreements have been established to promote disarmament and prevent proliferation. The Treaty on the Non-Proliferation of Nuclear Weapons (NPT), signed in 1968, aims to prevent the spread of nuclear weapons and promote peaceful uses of nuclear energy. While progress has been made, challenges remain, particularly with nations that continue to develop and test thermonuclear weapons despite international condemnation.Public awareness and understanding of thermonuclear weapons are essential in fostering a culture of peace and encouraging disarmament initiatives. Education about the catastrophic consequences of nuclear warfare can motivate individuals and communities to advocate for policies that promote global security and cooperation. It is vital for future generations to recognize the importance of diplomacy and dialogue in addressing conflicts, rather than resorting to the use of thermonuclear weapons.In conclusion, the term thermonuclear weapon encompasses a complex and critical aspect of modern warfare and international relations. Understanding its implications not only sheds light on the destructive capabilities of such weapons but also emphasizes the need for ongoing efforts towards disarmament and peace. As we move forward, it is our collective responsibility to ensure that the horrors of nuclear warfare remain a distant memory, rather than a looming threat over humanity's future.

短语thermonuclear weapon指的是一种爆炸装置，其破坏力源于涉及融合的核反应。与依赖裂变——重原子核的分裂——的原子弹不同，thermonuclear weapons利用轻原子核（如氢同位素）的结合过程形成更重的核，从而释放出巨量的能量。这一区别至关重要，因为它突显了两种类型核武器之间在威力和机制上的显著差异。thermonuclear weapons的发展标志着军事技术和国际关系的一个重要时刻。美国在1952年成功进行的首次thermonuclear weapon测试被称为氢弹，随后苏联在1953年进行了测试。这些事件加剧了冷战期间的军备竞赛，各国通过获取更强大的武器来提升其军事能力。thermonuclear weapons最令人担忧的一个方面是它们的巨大破坏潜力。一枚thermonuclear weapon可以产生相当于数百万吨TNT的爆炸，能够摧毁整个城市并造成灾难性的生命损失。1945年投放在广岛的原子弹是一枚原子弹，造成大约14万人死亡。相比之下，现代的thermonuclear weapon可能导致伤亡人数达到数百万，具体取决于目标和人口密度。此外，thermonuclear weapons对环境的影响远超即时的破坏。核爆炸后的放射性尘埃会污染空气、水和土壤，导致幸存者和未来几代人长期健康问题。“核冬天”的概念也因使用thermonuclear weapons而产生，广泛核爆炸产生的烟雾和碎片可能阻挡阳光，极大地改变全球气候模式，并可能导致大规模饥荒。为了应对thermonuclear weapons所带来的威胁，各种国际条约和协议已建立，以促进裁军和防止扩散。《不扩散核武器条约》（NPT）于1968年签署，旨在防止核武器扩散并促进和平利用核能。尽管取得了一定进展，但仍面临挑战，特别是一些国家继续开发和测试thermonuclear weapons，尽管遭到国际谴责。公众对thermonuclear weapons的认识和理解对于培养和平文化和推动裁军倡议至关重要。关于核战争灾难性后果的教育可以激励个人和社区倡导促进全球安全与合作的政策。未来几代人认识到外交和对话在解决冲突中的重要性，而不是诉诸于使用thermonuclear weapons，这是至关重要的。总之，短语thermonuclear weapon涵盖了现代战争和国际关系的一个复杂而关键的方面。理解其含义不仅揭示了此类武器的破坏能力，还强调了持续努力实现裁军与和平的必要性。随着我们向前发展，确保核战争的恐怖成为遥远记忆，而不是人类未来悬而未决的威胁，是我们共同的责任。