simular

简明释义

英[ˈsɪm.jə.lər]美[ˈsɪm.jə.lər]

n. 模拟者（或物），伪装者

adj. 模拟的，伪装的（等于 simulant）

英英释义

单词用法

同义词

反义词

例句

1.However, through three years, simular as the other foreign Banks, Hang Seng has been faced with customer, product, channel, culture and talent, and many other strategic issues.

然而、成立三年以来，和其他外资银行一样，恒生一直面临着客户、产品、渠道、文化和人才等多方面的战略问题。

2.It is an approximate theoretic method with simular result to the data of wind tunnel test.

该方法是一种近似理论方法，其结果与风洞试验数据很接近。

3.However, through three years, simular as the other foreign Banks, Hang Seng has been faced with customer, product, channel, culture and talent, and many other strategic issues.

然而、成立三年以来，和其他外资银行一样，恒生一直面临着客户、产品、渠道、文化和人才等多方面的战略问题。

4.The result indicates that CF is simular with GF in binding with PMMA matrix.

研究结果表明，碳纤维与玻璃纤维和PM MA基体粘接的界面状态类似。

5.The weather patterns this year are simular to those of last year.

今年的天气模式与去年的天气模式相似。

6.These two models are simular in functionality but differ in design.

这两种模型在功能上是相似的，但在设计上有所不同。

7.The results of the experiments were simular, indicating a consistent trend.

实验结果是相似的，表明了一种一致的趋势。

8.The two paintings are quite simular to each other in style.

这两幅画在风格上非常相似。

9.Her story is simular to mine, with many common themes.

她的故事和我的故事相似，有许多共同的主题。

作文

In today's rapidly changing world, the concept of being simular to something else plays a crucial role in our understanding of various phenomena. To be simular means to be alike or comparable in certain aspects, allowing us to draw parallels and make sense of complex ideas. This is particularly evident in the fields of science, technology, and even art, where finding simular elements can lead to significant breakthroughs and innovations.For instance, in the realm of technology, many inventions are simular to those that came before them. The smartphone, which has become an indispensable part of our daily lives, is simular to earlier mobile phones but with enhanced features and capabilities. By studying the simular characteristics of these devices, engineers and designers can identify what works well and what needs improvement. This iterative process of building upon simular designs has resulted in rapid advancements in communication technology.Moreover, in the field of biology, researchers often look for simular traits among different species to understand evolutionary processes. For example, the simular anatomical structures found in both humans and chimpanzees provide evidence of a common ancestor. By examining these simular features, scientists can gain insights into how species have adapted over time, leading to a deeper understanding of biodiversity.Art also benefits from the exploration of simular themes and styles. Artists frequently draw inspiration from their predecessors, creating works that reflect simular techniques or subject matter. For instance, the Impressionist movement was influenced by earlier artistic styles, yet it introduced a simular approach to capturing light and color in a way that was revolutionary for its time. This interplay between simular and innovative ideas is what keeps the art world dynamic and ever-evolving.In education, recognizing simular concepts can enhance learning experiences. When students encounter new material, relating it to simular knowledge they already possess can facilitate comprehension and retention. For instance, teaching mathematical principles often involves showing how they are simular to real-world applications, making abstract concepts more tangible and relatable.In conclusion, the notion of being simular serves as a bridge connecting various fields of study and human experience. Whether it is through technology, biology, art, or education, identifying simular elements allows us to innovate, understand, and appreciate the world around us. As we continue to explore the simular aspects of our lives and the universe, we pave the way for future discoveries and a richer understanding of our existence.

在当今快速变化的世界中，‘simular’这一概念在我们理解各种现象时发挥着至关重要的作用。‘simular’意味着在某些方面相似或可比较，使我们能够进行类比并理解复杂的思想。这在科学、技术甚至艺术领域尤为明显，寻找‘simular’元素可以导致重大的突破和创新。例如，在技术领域，许多发明与之前的产品是‘simular’的。智能手机已经成为我们日常生活中不可或缺的一部分，它与早期的手机有‘simular’之处，但功能和能力得到了增强。通过研究这些设备的‘simular’特征，工程师和设计师可以识别出哪些地方运作良好，哪些地方需要改进。这个建立在‘simular’设计基础上的迭代过程，导致了通信技术的快速进步。此外，在生物学领域，研究人员经常寻找不同物种之间的‘simular’特征，以了解进化过程。例如，人类和黑猩猩之间发现的‘simular’解剖结构提供了共同祖先的证据。通过检查这些‘simular’特征，科学家们可以深入了解物种如何随着时间的推移而适应，从而更深入地理解生物多样性。艺术也受益于对‘simular’主题和风格的探索。艺术家们经常从前辈那里汲取灵感，创作反映‘simular’技法或主题的作品。例如，印象派运动受到了早期艺术风格的影响，但它以一种革命性的方式引入了捕捉光线和色彩的‘simular’方法。这种‘simular’和创新思想之间的相互作用使艺术界保持活力和不断发展。在教育中，识别‘simular’概念可以增强学习体验。当学生接触新材料时，将其与他们已经掌握的‘simular’知识联系起来，可以促进理解和记忆。例如，教授数学原理通常涉及展示它们与现实世界应用的‘simular’之处，使抽象概念更具可触性和相关性。总之，‘simular’的概念作为连接各个研究领域和人类经验的桥梁。无论是在技术、生物学、艺术还是教育中，识别‘simular’元素使我们能够创新、理解和欣赏周围的世界。随着我们继续探索生活和宇宙中的‘simular’方面，我们为未来的发现和更丰富的存在理解铺平了道路。