discontinuity

简明释义

英[ˌdɪsˌkɒntɪˈnjuːəti]美[ˌdɪsˌkɑːntɪˈnuːəti]

n. 不连续；中断；间断性；断绝

复 数 d i s c o n t i n u i t i e s

英英释义

单词用法

同义词

反义词

例句

1.However, the discontinuity hypothesis can pose problems of its own.

然而，不连续性假说本身也会带来问题。

2.The nonlinear term in the equation may have singularity and discontinuity in its variables.

方程中的非线性项关于其变量可以具有奇性和间断性。

3.The discontinuity expands from the inside to the materiality of the facades.

设计的不连续性从内部扩展到立面外观。

4.The solutions of the Hyperbolic conservation laws might develop discontinuity even if the initial conditions are very smooth.

即使初始条件十分光滑，双曲守恒律方程的解也可能出现间断。

5.The sequence of work is, not fixed and can be subject to discontinuity.

工作顺序是不固定的，它有可能是不连续的。

6.Ad hoc approaches inevitably fail and result in business discontinuity (such as system outages).

临时方法是行不通的并会导致业务中断(如系统意外停机)。

7.And it discusses the concept of discontinuity on hydraulics, handling criterion, algorithm design and application program.

讨论有关液压不连续性问题的概念、处理准则、算法机理和应用程序。

8.Strong reflections from seismic profiles indicate a discontinuity at the base of the gas hydrate zone.

来自地震剖面的强烈反映表明在气体水合物区域的基础之上存在不均匀受力的情况。

9.The engineer noticed a discontinuity in the material that could lead to structural failure.

工程师注意到材料中存在一个不连续性，这可能导致结构失效。

10.In mathematics, a discontinuity can occur in a function when it is not defined at certain points.

在数学中，当函数在某些点未定义时，会出现不连续性。

11.The discontinuity in the data set made it difficult to draw accurate conclusions.

数据集中的不连续性使得得出准确结论变得困难。

12.Geologists study the discontinuity between different rock layers to understand Earth's history.

地质学家研究不同岩层之间的不连续性以了解地球的历史。

13.The sudden discontinuity in the power supply caused the system to crash.

电源供应的突然不连续性导致系统崩溃。

作文

In the study of mathematics and physics, the concept of discontinuity is crucial for understanding various phenomena. A discontinuity refers to a point at which a function or a sequence is not continuous. This can manifest in several ways, such as jumps, breaks, or asymptotes. Understanding discontinuity helps us analyze complex systems where sudden changes occur, making it an essential topic in both theoretical and applied sciences. For instance, consider the behavior of a particle moving through space. At certain moments, the particle may experience a sudden change in velocity due to an external force, creating a discontinuity in its motion. This can be observed in real-world scenarios like car accidents, where the speed of a vehicle changes abruptly. Analyzing such discontinuities allows engineers to design safer vehicles that can withstand sudden impacts. Moreover, discontinuity is not limited to physical sciences; it also appears in economics. Economic models often assume continuity in consumer behavior, but in reality, consumers may react abruptly to changes in prices or income levels. For example, during a financial crisis, consumers might suddenly stop spending, leading to a discontinuity in economic growth. Recognizing these discontinuities enables economists to create better predictive models and implement more effective policies. In literature and art, discontinuity can also be a powerful narrative device. Authors and artists often use abrupt shifts in time, perspective, or tone to evoke emotional responses from their audience. For instance, a novel may jump between different timelines, creating a discontinuity that challenges readers to piece together the story. This technique can enhance the depth of the narrative, allowing for a richer exploration of themes such as memory and identity. Furthermore, in the context of technology, discontinuity plays a significant role in innovation. The introduction of groundbreaking technologies can create a discontinuity in how we live and work. The rise of the internet led to a discontinuity in communication, transforming how people connect and share information. Similarly, advancements in artificial intelligence are causing a discontinuity in various industries, prompting a reevaluation of job roles and skills required in the workforce. In conclusion, the notion of discontinuity extends far beyond mathematical definitions; it permeates various fields, influencing our understanding of the world. Whether in science, economics, literature, or technology, recognizing and analyzing discontinuities allows us to navigate complexities and embrace change. By studying these abrupt transitions, we gain insights into the underlying mechanisms that drive progress and innovation, ultimately shaping our future.

在数学和物理学的研究中，discontinuity（不连续性）这一概念对于理解各种现象至关重要。discontinuity指的是一个函数或序列不连续的点。这可以以多种方式表现出来，比如跳跃、断裂或渐近线。理解discontinuity有助于我们分析复杂系统中发生的突变，因此它在理论和应用科学中都是一个重要主题。 例如，考虑一个粒子在空间中运动的行为。在某些时刻，粒子可能由于外力的作用而经历速度的突然变化，从而在其运动中产生discontinuity。这种现象可以在现实世界的场景中观察到，比如汽车事故，在这种情况下，车辆的速度会突然改变。分析这样的discontinuities使工程师能够设计出更安全的汽车，以承受突发冲击。 此外，discontinuity不仅限于物理科学；它在经济学中也会出现。经济模型通常假设消费者行为是连续的，但实际上，消费者可能会对价格或收入水平的变化做出突然反应。例如，在金融危机期间，消费者可能会突然停止消费，导致经济增长出现discontinuity。认识到这些discontinuities使经济学家能够创建更好的预测模型并实施更有效的政策。 在文学和艺术中，discontinuity也可以成为一种强大的叙事手法。作者和艺术家常常使用时间、视角或语调的突然变化来引发观众的情感反应。例如，一部小说可能在不同的时间线之间跳跃，创造出一种discontinuity，挑战读者拼凑故事。这种技巧可以增强叙事的深度，使得对记忆和身份等主题的探索更加丰富。 此外，在技术领域，discontinuity在创新中也扮演着重要角色。突破性技术的引入可以在我们的生活和工作中造成discontinuity。互联网的兴起导致了通信方式的discontinuity，改变了人们连接和分享信息的方式。类似地，人工智能的进步正在各个行业造成discontinuity，促使人们重新评估工作角色和所需技能。 总之，discontinuity的概念远远超出了数学定义；它渗透到各个领域，影响着我们对世界的理解。无论是在科学、经济学、文学还是技术中，识别和分析discontinuities使我们能够应对复杂性并拥抱变化。通过研究这些突变，我们获得了对推动进步和创新的基本机制的洞察，最终塑造了我们的未来。