kiloton

简明释义

英[ˈkɪləʊˌtʌn]美[ˈkɪləˌtʌn]

n. 千吨

英英释义

单词用法

同义词

反义词

例句

1.Perhaps less than a kiloton , which sounds like a lot but is actually small as nuclear devices go.

或许还不到一千吨，这听起来似乎很多，但事实上用于核装置则是相当少的。

2.The 2006 test produced a yield of less than one kiloton.

2006年的试验当量不超过1千吨。

3.The ship lock ranks Grade III and has the navigation standard of four kiloton ship in one uplifting.

船闸为Ⅲ级，通航标准为一顶四艘千吨级。

4.The hybrid monohull with build-up stabilizing appendages is a new type of ship which can efficiently reduce its longitudinal motion, and the effect has been validated from the ships below one kiloton.

加装减纵摇组合附体的单体复合船型是一种有效抑制船舶纵向运动的新船型，其减纵摇效果已经在千吨级以下船舶上得到验证。

5.Perhaps less than a kiloton, which sounds like a lot but is actually small go.

或许还不到一千吨，这听起来似乎很多，但事实上用于核装置则是相当少的。

6.Have kiloton class berth 11, have railroad industrial siding 6.

有千吨级泊位11个，有铁路专用线6股。

7.The hybrid monohull with build-up stabilizing appendages is a new type of ship which can efficiently reduce its longitudinal motion, and the effect has been validated from the ships below one kiloton.

加装减纵摇组合附体的单体复合船型是一种有效抑制船舶纵向运动的新船型，其减纵摇效果已经在千吨级以下船舶上得到验证。

8.But big ones can cause damage anyway: 1,500 people were injured in Chelyabinsk, in Russia, in 2013, after a 500 kiloton explosion 30km up.

但是大石头也能造成破坏：在俄罗斯的车里雅宾斯克， 2013年有一颗能力相当于五十万吨TNT的陨石在距地面30公里的高空爆炸，一千五百人受伤。

9.Scientists estimated that the asteroid that struck Earth 66 million years ago released energy equivalent to 100 千吨 of TNT.

科学家估计，6600万年前撞击地球的小行星释放的能量相当于100千吨 TNT。

10.The construction project will require about 50 千吨 of steel for structural support.

该建设项目将需要约50千吨钢材作为结构支撑。

11.In military terms, a 千吨 bomb can cause significant damage to infrastructure.

在军事术语中，一枚千吨炸弹可以对基础设施造成重大损害。

12.The environmental impact of a 千吨 of TNT equivalent explosion can be devastating.

一场相当于一千吨 TNT的爆炸对环境的影响可能是毁灭性的。

13.The nuclear bomb dropped on Hiroshima had an explosive yield of approximately 15 千吨.

投放在广岛的核弹爆炸当量约为15千吨。

作文

In the world of science and engineering, precise measurements are crucial for understanding the impact of various phenomena. One such measurement is the term kiloton, which refers to a unit of mass equal to 1,000 metric tons. This term is often used in contexts such as explosives, nuclear weapons, and even in assessing the weight of large structures. Understanding the significance of a kiloton can provide insights into the scale of destruction or energy release associated with certain events.For instance, when discussing the detonation of a nuclear bomb, the yield is frequently described in terms of kilotons. The atomic bomb dropped on Hiroshima had a yield of approximately 15 kilotons, meaning it released energy equivalent to that of 15,000 tons of TNT. This comparison helps people grasp the immense power of nuclear weapons and their potential consequences. It is essential to recognize that a single kiloton represents a significant amount of explosive power, capable of causing widespread devastation.Moreover, the concept of kiloton extends beyond military applications. In environmental science, researchers may use this unit to quantify the emissions of greenhouse gases. For example, if a city emits 1,000 kilotons of carbon dioxide annually, it highlights the scale of its contribution to climate change. By understanding these measurements, policymakers can make informed decisions about regulations and initiatives aimed at reducing emissions.Additionally, the kiloton measurement can be applied to various fields, including geology and mining. When measuring the output of a quarry or the weight of minerals extracted, the kiloton serves as a standard unit of measure. This consistency allows for better comparisons and assessments of resource availability and extraction efficiency.In summary, the term kiloton is a vital unit of measurement that plays a significant role in multiple disciplines. From understanding the destructive power of nuclear weapons to quantifying environmental impacts, the kiloton provides a framework for analyzing and discussing large-scale phenomena. As we continue to face global challenges, such as climate change and international security, comprehending the implications of a kiloton becomes increasingly important. The ability to communicate these concepts effectively can lead to better public awareness and more informed decision-making in our society.

在科学和工程的世界中，精确的测量对于理解各种现象的影响至关重要。其中一个测量单位是千吨，它指的是等于1000公吨的质量单位。这个术语通常用于爆炸物、核武器的上下文中，甚至用于评估大型结构的重量。理解千吨的重要性可以为我们提供有关某些事件所涉及的破坏规模或能量释放的见解。例如，在讨论核弹的引爆时，产量通常用千吨来描述。投放在广岛的原子弹的产量大约为15千吨，这意味着它释放的能量相当于15000吨TNT。这种比较有助于人们理解核武器的巨大威力及其潜在后果。必须认识到，单个千吨代表着相当可观的爆炸力量，能够造成广泛的破坏。此外，千吨的概念超越了军事应用。在环境科学中，研究人员可能会使用这个单位来量化温室气体的排放。例如，如果一个城市每年排放1000千吨二氧化碳，这突显了它对气候变化的贡献规模。通过理解这些测量，政策制定者可以就减少排放的法规和倡议做出明智的决定。此外，千吨的测量也可以应用于地质学和采矿等多个领域。当测量采石场的产量或提取的矿物重量时，千吨作为标准测量单位。这种一致性使得资源可用性和采掘效率的比较和评估变得更好。总之，千吨这一术语是一个重要的测量单位，在多个学科中发挥着重要作用。从理解核武器的破坏力到量化环境影响，千吨为分析和讨论大规模现象提供了框架。随着我们继续面临全球挑战，如气候变化和国际安全，理解千吨的含义变得越来越重要。有效沟通这些概念的能力可以导致公众意识的提高和我们社会中更明智的决策。