entraining

简明释义

英[ɪnˈtreɪnɪŋ]美[ɪnˈtreɪnɪŋ]

v. 使……上火车；卷走，冲走；用蒸馏带走；导致，产生；与其同步（entrain 的现在分词）

英英释义

单词用法

同义词

反义词

例句

1.This product to air-entraining agent selective;

本产品对引气剂有选择性；

2.The abrasion resistance of air entraining concrete has little changes when salts added into concrete.

引气混凝土中掺盐后耐磨性基本不变。

3.The air entraining concrete's shrinkage and creep were less than concrete which not content air entrained agent, and the durability performance was improved obviously.

混凝土的收缩和徐变较不引气混凝土相比较小；耐久性能明显改善。

4.Naphthalene sulfonates of purification product, has the air-entraining, super plasticizing, efficient decrease water and enhance etc. Function.

萘磺酸盐的提纯产品，具有非引气、超塑化、高效减水和增强等功能。

5.Air entraining agent can lead into air to produce lots of little and stable bubbles in the process of mixing concrete and other mixture.

引气剂——使混凝土拌合物在拌和过程中引入空气而形成大量微小、封闭而稳定气泡的外加剂。

6.Research on the affection of air-entraining agent to cement stabled rock mechanical function;

本文研究了不同的引气量和可调静子叶片安装角对压气机性能的影响。

7.The process of water flow can be described as entraining small particles, lifting them into suspension.

水流的过程可以描述为携带小颗粒，将它们悬浮起来。

8.In the study of fluid dynamics, entraining air bubbles in water can affect the buoyancy of objects.

在流体动力学的研究中，夹带水中的气泡会影响物体的浮力。

9.The engineer explained how the fan works by entraining the surrounding air to increase airflow.

工程师解释了风扇如何通过携带周围空气来增加气流。

10.During the experiment, the researcher noted that the chemical reaction was entraining gas bubbles.

在实验过程中，研究人员注意到化学反应夹带了气泡。

11.The aircraft's wings are designed to maximize entraining airflow for better lift.

飞机的机翼设计旨在最大化夹带气流以获得更好的升力。

作文

In the realm of science, particularly in physics and biology, the term entraining refers to the process of synchronizing or aligning one system with another. This concept is particularly important in understanding how different systems interact with each other in a cohesive manner. For example, consider the phenomenon of a pendulum clock. If you have two pendulum clocks placed next to each other, over time, they will start to swing in sync with each other. This synchronization occurs due to the energy transfer between the two systems, which is a practical illustration of entraining in action. The mechanisms behind this synchronization can be attributed to various factors, including the influence of external forces and the inherent properties of the pendulums themselves. Another fascinating application of entraining can be observed in the field of biology, especially in circadian rhythms. Our bodies have internal biological clocks that regulate sleep-wake cycles, hormone release, and other vital functions. These clocks can become misaligned due to irregular sleep patterns or exposure to artificial light. However, when we expose ourselves to natural light during the day, our internal clocks begin entraining to the external environment, helping us maintain a healthy rhythm. This synchronization is crucial for our overall well-being, as it influences not only our mood but also our physical health. Furthermore, entraining is also evident in social contexts. Consider a group of people dancing to music. Initially, some individuals may move to their own rhythm, but as they continue to dance together, they often start to synchronize their movements with one another. This collective behavior can be seen as a form of entraining, where individuals align their actions based on the shared experience of the group. This phenomenon is not limited to dance; it can be observed in various social interactions, such as conversation, where participants adjust their speaking pace and tone to match one another. In conclusion, the concept of entraining transcends multiple disciplines, from the physical sciences to social behaviors. Understanding this process allows us to appreciate the interconnectedness of various systems and the importance of synchronization in achieving harmony. Whether it's the synchronization of pendulum clocks, the regulation of our biological rhythms, or the alignment of social behaviors, entraining plays a vital role in our daily lives. By recognizing and harnessing the power of entraining, we can enhance our interactions with the world around us, leading to improved health, productivity, and social cohesion.

在科学领域，特别是物理和生物学中，术语entraining指的是将一个系统与另一个系统同步或对齐的过程。这个概念在理解不同系统之间如何以一致的方式相互作用时尤为重要。例如，考虑摆钟的现象。如果你把两个摆钟放在一起，随着时间的推移，它们会开始同步摆动。这种同步是由于两个系统之间能量的转移，这就是entraining的实际例证。造成这种同步的机制可以归因于各种因素，包括外部力的影响和摆钟本身的固有特性。 另一个引人入胜的entraining应用可以在生物学领域观察到，特别是在昼夜节律中。我们的身体有内部生物钟，调节睡眠-觉醒周期、激素释放和其他重要功能。这些生物钟可能由于不规律的睡眠模式或暴露于人造光而失去同步。然而，当我们在白天暴露于自然光时，我们的内部时钟开始与外部环境entraining，帮助我们维持健康的节奏。这种同步对于我们的整体健康至关重要，因为它不仅影响我们的情绪，还影响我们的身体健康。 此外，entraining在社会背景中也很明显。考虑一群人随着音乐跳舞。最初，一些人可能会按照自己的节奏移动，但随着他们继续一起跳舞，他们通常会开始与彼此同步动作。这种集体行为可以看作是一种entraining，其中个体根据群体的共同体验调整自己的行为。这种现象不仅限于舞蹈；它可以在各种社交互动中观察到，例如对话，参与者调整他们的说话速度和语调以匹配彼此。 总之，entraining的概念跨越多个学科，从物理科学到社会行为。理解这个过程使我们能够欣赏各种系统之间的相互联系和同步在实现和谐方面的重要性。无论是摆钟的同步、我们生物节律的调节，还是社会行为的对齐，entraining在我们的日常生活中都扮演着至关重要的角色。通过认识和利用entraining的力量，我们可以增强与周围世界的互动，从而提高健康、生产力和社会凝聚力。