decameter

简明释义

英[ˈdekəˌmiːtə(r)]美[ˈdekəmiːtər]

n. 十米

英英释义

单词用法

同义词

反义词

例句

1.The results show that the peak value of the HEMP induced cortical current in cables of several decameter length near the ground can reach kiloampere. Some computational results are compared with the…

计算结果表明 ，近地面处一根暴露于HEMP环境中的几十米长电缆 ，其外皮感应电流峰值一般可达上千安培。

2.The results show that the peak value of the HEMP induced cortical current in cables of several decameter length near the ground can reach kiloampere. Some computational results are compared with the…

计算结果表明 ，近地面处一根暴露于HEMP环境中的几十米长电缆 ，其外皮感应电流峰值一般可达上千安培。

3.The results show that the peak value of the HEMP induced cortical current in cables of several decameter length near the ground can reach kiloampere.

计算结果表明，近地面处一根暴露于HEMP环境中的几十米长电缆，其外皮感应电流峰值一般可达上千安培。

4.The distance between the two trees is approximately decameter (十米).

这两棵树之间的距离大约是decameter (十米)。

5.He measured the height of the hill to be about 3 decameter (三十米).

他测量这座山的高度大约是3decameter (三十米)。

6.In the marathon, each kilometer is equivalent to 100 decameter (十米).

在马拉松中，每公里相当于100decameter (十米)。

7.The swimming pool is 2 decameter (二十米) long.

这个游泳池长2decameter (二十米)。

8.A standard soccer field is about 9 decameter (九十米) wide.

标准的足球场宽约9decameter (九十米)。

作文

In the world of measurement, various units are used to quantify distances, lengths, and heights. One such unit is the decameter, which is equivalent to ten meters. Understanding the significance of the decameter is essential, especially in fields like geography, engineering, and environmental science. This essay aims to explore the applications and relevance of the decameter in both practical and theoretical contexts. Firstly, let us delve into the definition and conversion of the decameter. As mentioned, one decameter is equal to ten meters, making it a relatively large unit of length compared to the meter. The metric system, which includes the decameter, is widely used around the world due to its simplicity and ease of conversion. For instance, when measuring land or distances in outdoor settings, using the decameter can provide a clearer understanding than using smaller units like centimeters or millimeters. In geographical studies, the decameter is often employed to measure elevation and depth. For example, when surveying mountains or valleys, geographers might use the decameter to express height above sea level or depth below ground level. This is particularly useful in creating topographical maps, where accurate representation of terrain features is crucial. By utilizing the decameter, researchers can effectively communicate significant variations in landscape, aiding in environmental assessments and land-use planning. Moreover, in the field of engineering, the decameter finds its utility in various construction projects. When planning the layout of buildings, roads, or bridges, engineers often use the decameter to ensure proper distances are maintained. For instance, when constructing a bridge, knowing the span in decameters allows for precise calculations regarding materials and structural integrity. Additionally, using the decameter helps in standardizing measurements across different projects, facilitating better communication among professionals in the industry. Environmental scientists also benefit from the use of the decameter in their research. For instance, when studying the spread of pollutants in water bodies, scientists may measure the distance of contamination in decameters. This unit provides a more manageable scale for understanding the extent of pollution and its impact on ecosystems. By employing the decameter, researchers can effectively communicate their findings to policymakers and the public, emphasizing the importance of environmental conservation. In conclusion, the decameter serves as a valuable unit of measurement across various disciplines. Its equivalence to ten meters makes it an ideal choice for expressing larger distances in a more comprehensible manner. From geographical surveys to engineering projects and environmental studies, the decameter plays a crucial role in ensuring accuracy and clarity in measurements. As we continue to navigate a world that relies heavily on precise data, understanding and utilizing the decameter will remain significant in our efforts to analyze and improve our environment and infrastructure.

在测量的世界中，使用各种单位来量化距离、长度和高度。其中一个单位是公十米，它等于十米。理解公十米的重要性是必不可少的，特别是在地理、工程和环境科学等领域。本文旨在探讨公十米在实际和理论背景下的应用和相关性。 首先，让我们深入了解公十米的定义和换算。如前所述，一个公十米等于十米，这使得它相比米来说是一个相对较大的长度单位。公制系统包括公十米，因其简单易用而在全球范围内被广泛使用。例如，在户外环境中测量土地或距离时，使用公十米可以比使用厘米或毫米等较小单位提供更清晰的理解。 在地理研究中，公十米常用于测量海拔和深度。例如，在勘测山脉或山谷时，地理学家可能会使用公十米来表示高于海平面的高度或低于地面的深度。这在创建地形图时尤其有用，因为准确表示地形特征至关重要。通过利用公十米，研究人员可以有效地传达地形的显著变化，从而帮助进行环境评估和土地利用规划。 此外，在工程领域，公十米在各种建筑项目中也找到了它的用途。当规划建筑、道路或桥梁的布局时，工程师通常使用公十米来确保保持适当的距离。例如，在建造一座桥时，知道公十米的跨度可以进行关于材料和结构完整性的精确计算。此外，使用公十米有助于在不同项目之间标准化测量，从而促进行业内专业人士之间的更好沟通。 环境科学家在他们的研究中也受益于使用公十米。例如，在研究水体中污染物的传播时，科学家可能会以公十米为单位测量污染的距离。这个单位为理解污染范围及其对生态系统的影响提供了一个更可管理的尺度。通过采用公十米，研究人员可以有效地将他们的发现传达给政策制定者和公众，强调环境保护的重要性。 总之，公十米作为一个宝贵的测量单位，在各个学科中发挥着重要作用。它等于十米，使其成为以更易懂的方式表达较大距离的理想选择。从地理调查到工程项目再到环境研究，公十米在确保测量的准确性和清晰度方面发挥着关键作用。随着我们继续在一个高度依赖精确数据的世界中航行，理解和利用公十米在我们分析和改善环境及基础设施的努力中将仍然具有重要意义。