analogic

简明释义

英[ˌænəˈlɒdʒɪk]美[ˌænəˈlɑːɡɪk]

adj. 模拟的；类推的；类似的

英英释义

单词用法

同义词

反义词

例句

1.This paper is about contrast and analysis of digital and analogic data of parallel observation with water tube tiltmeter and tensometer in Shandong province.

对山东省水管仪、伸缩仪的数字化和模拟观测资料进行了对比分析。

2.The progresses in five-membered heterocyclic metallocene analogic complexes and their application in olefin polymerization are reviewed.

综述了五元杂环类茂金属配合物的研究进展及其在烯烃聚合中的应用。

3.According to the principle of equivalent rigidity, the slab is analogic to closely spaced beams, and the loads upon the slab can be transformed to equivalent nodes load of beams.

根据刚度等效的原则，将板等代为正交密肋体系，板上荷载转化为等效节点荷载，可利用通用结构分析软件对受复杂荷载作用的板作精确分析。

4.This paper introduces definition, construction and principle, advantages and shortages of three historical periods: analogic oscilloscope, digital memory scope and digital fluorescence scope.

介绍了模拟示波器、数字储存示波器、数字荧光示波器三代示波器的定义、结构原理、优缺点。

5.This paper introduces definition, construction and principle, advantages and shortages of three historical periods: analogic oscilloscope, digital memory scope and digital fluorescence scope.

介绍了模拟示波器、数字储存示波器、数字荧光示波器三代示波器的定义、结构原理、优缺点。

6.The progress in synthesis of fulvene and its applications to organic synthesis and metallocene analogic complexes is summarized.

综述了富烯的合成方法及富烯的应用。

7.An analogic processing circuit for weak physiologic electric signal, which has been developed in the course of researching ventricular late potential, is introduced in this paper.

本文介绍了我们在心室晚电位研究过程中所研制成功的生理弱电信号模拟处理电路。

8.The System included testing of signals, amplification, changing, store and digital display, analogic-curve display, warning, and so on.

该系统包括信号检测、放大、转换、存贮、数字显示、模拟曲线显示、报警等电路。

9.His analogic approach to problem-solving allowed him to find creative solutions.

他采用的类比的问题解决方法使他能够找到创造性的解决方案。

10.Using analogic thinking, she related the process of photosynthesis to cooking.

通过类比思维，她将光合作用的过程与烹饪相联系。

11.In his presentation, he made an analogic comparison between the human brain and a computer.

在他的演讲中，他对人脑和计算机进行了类比比较。

12.The analogic reasoning helped the students understand the complex mathematical theories.

这种类比推理帮助学生理解复杂的数学理论。

13.The teacher used an analogic method to explain the concept of electricity by comparing it to water flowing through pipes.

老师使用了一种类比的方法，通过将电流与水流通过管道进行比较来解释电的概念。

作文

In today's world, the ability to draw connections between seemingly unrelated concepts is crucial for problem-solving and innovation. This skill can often be described as an analogic thinking process, where one uses analogies to understand complex ideas or situations. For instance, when scientists develop new technologies, they frequently rely on analogic reasoning by looking at existing models in nature or engineering. By understanding how one system works, they can apply that knowledge to create solutions in another field. Analogic thinking not only enhances creativity but also allows individuals to navigate through challenges by finding parallels in their experiences. To illustrate the importance of analogic reasoning, consider the development of airplanes. The Wright brothers were inspired by the way birds fly. They studied the mechanics of bird flight and applied those principles to their designs. This analogic approach enabled them to innovate and ultimately succeed in creating the first powered aircraft. Without such a comparison, it might have taken much longer to achieve this groundbreaking invention. Moreover, analogic thinking extends beyond scientific innovation; it plays a vital role in everyday decision-making. For example, when faced with a dilemma, people often think back to similar situations they have encountered in the past. By recalling previous experiences and the outcomes of those decisions, they can make more informed choices in the present. This reliance on analogic reasoning is a natural part of human cognition and helps streamline our thought processes. In education, fostering analogic thinking can greatly benefit students. Teachers who encourage students to make connections between different subjects—such as math and art or history and science—help them develop a more holistic understanding of the material. When students learn to view concepts through an analogic lens, they become more engaged and are better equipped to tackle interdisciplinary problems. Furthermore, analogic reasoning is essential in fields like literature and philosophy. Writers often use analogies to convey complex themes and emotions, allowing readers to relate to the material on a deeper level. Similarly, philosophers utilize analogic arguments to illustrate abstract concepts, making them more accessible to a broader audience. This method of communication transcends language barriers and cultural differences, demonstrating the universal nature of analogic thought. In conclusion, the significance of analogic reasoning cannot be overstated. It is a powerful tool that facilitates understanding, creativity, and effective decision-making across various domains. By recognizing and harnessing the power of analogic connections, we can enhance our problem-solving abilities and foster innovation in our personal and professional lives. As we continue to navigate an increasingly complex world, embracing analogic thinking will undoubtedly prove beneficial for individuals and society as a whole.

在当今世界，将看似无关的概念联系起来的能力对于解决问题和创新至关重要。这种技能通常可以被描述为一种类比思维过程，在这个过程中，人们通过类比来理解复杂的思想或情况。例如，当科学家开发新技术时，他们常常依赖于类比推理，研究自然或工程中的现有模型。通过理解一个系统的工作原理，他们可以将这些知识应用于其他领域的解决方案。类比思维不仅增强了创造力，还使个人能够通过找到他们经历中的相似之处来应对挑战。为了说明类比推理的重要性，可以考虑飞机的发展。莱特兄弟受到鸟类飞行方式的启发。他们研究了鸟类飞行的机制，并将这些原理应用到他们的设计中。这种类比的方法使他们能够创新并最终成功制造出第一架动力飞机。如果没有这样的比较，可能需要更长的时间才能实现这一突破性的发明。此外，类比思维不仅限于科学创新；它在日常决策中也发挥着重要作用。例如，当面临困境时，人们经常回想起过去遇到的类似情况。通过回忆以前的经历及其决策结果，他们可以在当前做出更明智的选择。这种对类比推理的依赖是人类认知的自然组成部分，有助于简化我们的思维过程。在教育中，培养类比思维可以极大地造福学生。鼓励学生在不同学科之间建立联系的教师——例如数学与艺术或历史与科学——帮助他们对材料发展出更全面的理解。当学生学会以类比的视角看待概念时，他们会变得更加投入，并且更好地应对跨学科的问题。此外，类比推理在文学和哲学等领域也是必不可少的。作家经常使用类比来传达复杂的主题和情感，使读者能够在更深层次上与材料产生共鸣。同样，哲学家利用类比论证来阐明抽象概念，使其更容易被更广泛的受众所接受。这种沟通方式超越了语言障碍和文化差异，展示了类比思想的普遍性。总之，类比推理的重要性不容小觑。这是一种强大的工具，促进了各个领域的理解、创造力和有效决策。通过识别和利用类比连接的力量，我们可以增强解决问题的能力，并在个人和职业生活中促进创新。在我们继续应对日益复杂的世界时，拥抱类比思维无疑将对个人和整个社会带来好处。