epicentral

简明释义

英[epɪˈsentrəl]美[epɪˈsentrəl]

adj. 震中的；椎体上的

英英释义

单词用法

同义词

反义词

例句

1.The concept of discrete regression, the method called repeated information distribution and its application in the epicentral intensity recognition are presented in this paper.

本文提出了离散回归概念，建立了用累次分配信息扩散模型进行震害经验离散回归的方法，介绍了其在震中烈度识别中的应用。

2.Finally, the relationship between Tangshan groundwater level anomalies in epicentral area and focal evolution process is discussed.

文末，用唐山震中区地下水位异常资料，讨论了与震源演化过程的关系。

3.A new method for evaluating epicentral intensity from magnitude predicted is presented by the fuzzy reasoning and the possibility concept of fuzzy measures.

本文运用模糊推论原理和模糊测度中的可能性概念，提出了一个从预报的震级推算震中烈度的新方法。

4.The similarities are similar epicentral distance, similar waveform and both with rich seismic wave groups.

震中距相近，波形相似，地震波组列丰富。

5.The number above the beginning of each trace is the source azimuth and below is the epicentral distance.

每条轨迹起点上的数字是震源方位角与震源深度。

6.The results show that the magnitudes and the soil conditions would gite more significant effects on the response spectra than the epicentral distances; do.

结果表明：震级和场地条件对反应谱形状的影响要远比震中距的影响明显。

7.The earthquake's damage was most severe in the areas epicentral (震中附近) to the tremor's origin.

地震造成的损害在震源的epicentral (震中附近) 区域最为严重。

8.Scientists are studying the epicentral (震中) region to understand the earthquake's impact better.

科学家们正在研究epicentral (震中) 区域，以更好地理解地震的影响。

9.Rescue operations were focused on the epicentral (震中) towns that suffered the most destruction.

救援行动集中在遭受最大破坏的epicentral (震中) 镇上。

10.Geologists have identified several faults near the epicentral (震中) area that could pose future risks.

地质学家已在epicentral (震中) 区域附近识别出几个可能带来未来风险的断层。

11.The local government set up shelters for those affected in the epicentral (震中) zone.

当地政府为受影响的epicentral (震中) 区域的人们设置了避难所。

作文

In the study of geology and seismology, the term epicentral refers to the point on the Earth's surface that is directly above the focus of an earthquake. This location is of great significance because it helps scientists and researchers understand the impact of seismic activity on various regions. When an earthquake occurs, the energy released travels through the Earth, causing vibrations that can be felt at the surface. The epicentral point is where these vibrations are often most intense, making it crucial for assessing damage and implementing safety measures. For instance, in a recent earthquake that struck a coastal city, the epicentral coordinates were determined shortly after the event. By knowing the epicentral location, emergency services could quickly mobilize to the areas most affected by the tremors. Buildings, roads, and infrastructure near the epicentral area were inspected first, as they were likely to have sustained the most damage. This prioritization is essential in disaster response, allowing for efficient use of resources and ensuring that help reaches those in greatest need. Moreover, understanding the epicentral point plays a vital role in urban planning and construction. Engineers and architects must consider the proximity of buildings to known fault lines and epicentral zones when designing structures. For example, cities located near tectonic plate boundaries often implement stricter building codes to ensure that new constructions can withstand potential earthquakes. This proactive approach not only protects lives but also minimizes economic losses in the event of a seismic event. In addition to practical applications, the concept of epicentral locations also raises interesting questions about human behavior and preparedness. Communities that have experienced significant earthquakes in the past tend to develop a culture of readiness, with residents participating in drills and education programs focused on earthquake safety. These initiatives often emphasize the importance of knowing one's epicentral location and having a plan in place for emergencies. Furthermore, advancements in technology have improved our ability to predict and respond to earthquakes. Seismographs and satellite imaging allow scientists to monitor seismic activity in real-time, providing valuable data that can lead to early warnings. By analyzing patterns and trends related to epicentral points, researchers hope to develop more accurate prediction models that could save lives and reduce damage in the future. In conclusion, the term epicentral encompasses a critical aspect of understanding earthquakes and their effects on society. From aiding in disaster response to influencing urban planning and community preparedness, the epicentral point serves as a focal point for both scientific inquiry and practical application. As we continue to learn more about seismic activity and improve our response strategies, the knowledge surrounding epicentral locations will undoubtedly play a pivotal role in safeguarding communities against the unpredictable forces of nature.

在地质学和地震学研究中，术语epicentral指的是地球表面上直接位于地震焦点之上的点。这个位置具有重要意义，因为它帮助科学家和研究人员理解地震活动对各个地区的影响。当地震发生时，释放的能量通过地球传播，导致震动，这些震动可以在表面感受到。epicentral点通常是这些震动最强烈的地方，因此对于评估损害和实施安全措施至关重要。 例如，在最近一次袭击沿海城市的地震中，epicentral坐标在事件发生后不久被确定。通过了解epicentral位置，紧急服务能够迅速动员到受震动影响最大的地区。靠近epicentral区域的建筑、道路和基础设施首先接受检查，因为它们可能遭受了最严重的损害。这种优先级在灾难响应中至关重要，能够有效利用资源，确保帮助能够及时到达最需要的人。 此外，理解epicentral点在城市规划和建筑中也起着重要作用。工程师和建筑师在设计结构时必须考虑建筑物与已知断层线和epicentral区域的距离。例如，位于构造板块边界附近的城市往往会实施更严格的建筑规范，以确保新建建筑能够抵御潜在的地震。这种主动的方法不仅保护了生命，还在发生地震事件时最大限度地减少经济损失。 除了实际应用，epicentral位置的概念还引发了有关人类行为和准备的有趣问题。经历过重大地震的社区往往会形成一种准备文化，居民参加地震安全的演习和教育项目。这些倡议通常强调了解自己的epicentral位置以及为紧急情况制定计划的重要性。 此外，科技的进步提高了我们预测和应对地震的能力。地震仪和卫星成像使科学家能够实时监测地震活动，提供有价值的数据，这些数据可以导致提前警报。通过分析与epicentral点相关的模式和趋势，研究人员希望开发出更准确的预测模型，从而在未来拯救生命，减少损失。 总之，术语epicentral涵盖了理解地震及其对社会影响的关键方面。从帮助灾难响应到影响城市规划和社区准备，epicentral点作为科学探究和实际应用的焦点。在我们继续学习更多关于地震活动并改善我们的响应策略时，围绕epicentral位置的知识无疑将在保护社区免受自然不可预测力量的影响中发挥关键作用。