monophase

简明释义

英[ˈmɒnəʊˌfeɪz]美[ˈmɑːnəfeɪz]

adj. [电] 单相的

n. 单相位

英英释义

单词用法

同义词

反义词

例句

1.Objective to explore the changes in respiration, artery blood pressure and heart rate induced by electric stimulus to the central en ds of rabbit sciatic nerves with successive monophase square wave.

目的观察以连续单相方波刺激兔坐骨神经中枢端所引起的呼吸、动脉血压和心率的变化。

2.Results EAE induced in rabbits manifested an acute monophase course, long onset time, low incidence rate, big and collective pathological focus that help MRI to observe.

结果新西兰兔EAE模型呈单相发病过程，发病时间长，发病率较低，但其病灶大旦集中，MRI更易观察和定位。

3.In this paper, the nonlinear magnetization data method is firstly extended from the monophase current system to the poly phase current system, and it is of important significance.

本文成功地将非线性磁参数法的思想从单相电流系统推广到了多相电流系统，对开关磁阻电机的理论研究具有重要的意义。

4.The monophase fluid flow in triple media is considered as Markovian renewal process, and a mathematical model is set up with a new method in this paper.

本文把单相流体在三重介质中的流动视为一更新过程，从而用新方法建立了数学模型。

5.Objective to explore the changes in respiration, artery blood pressure and heart rate induced by electric stimulus to the central en ds of rabbit sciatic nerves with successive monophase square wave.

目的观察以连续单相方波刺激兔坐骨神经中枢端所引起的呼吸、动脉血压和心率的变化。

6.Monophase electromechanical transducer, in particular of horological type, and electromechanical device including at least one such transducer.

单相机电变换器，尤其是一种钟表型的，和至少一个这种变换器的机电装置。

7.In some regions, the power supply is exclusively monophase 单相, limiting the types of equipment that can be used.

在某些地区，电力供应完全是 monophase 单相 的，这限制了可以使用的设备类型。

8.The efficiency of a monophase 单相 system can be affected by load variations.

负载变化可能会影响 monophase 单相 系统的效率。

9.A monophase 单相 transformer can step down the voltage for household use.

一个 monophase 单相 变压器可以将电压降至家庭使用的水平。

10.The monophase 单相 motor is ideal for small appliances like fans and refrigerators.

这种 monophase 单相 电机非常适合小型电器，如风扇和冰箱。

11.In a typical electrical circuit, a monophase 单相 system is often used for residential power supply.

在典型的电路中，monophase 单相 系统通常用于住宅电力供应。

作文

In the field of electrical engineering, the term monophase refers to a type of electrical system that operates on a single phase. This is in contrast to polyphase systems, which utilize multiple phases to distribute power more efficiently. Understanding the concept of monophase systems is essential for anyone studying electrical circuits or working in related fields. A monophase system typically consists of two wires: one for the current to flow to the load and another for the return path. This simplicity makes monophase systems easier to design and implement, particularly for small-scale applications such as residential homes. In many cases, household appliances are designed to operate on monophase power, which allows them to function effectively without the need for complex wiring setups. However, while monophase systems are straightforward, they do have limitations compared to their polyphase counterparts. For instance, monophase systems are generally less efficient for transmitting large amounts of power over long distances. This inefficiency arises because the single-phase supply can lead to higher voltage drops and increased losses due to resistance in the conductors. Therefore, for industrial applications where high power levels are required, polyphase systems, particularly three-phase systems, are often preferred. The use of monophase systems is not limited to residential settings; they also play a significant role in various commercial applications. Many small businesses rely on monophase electricity for their operations, especially if their power requirements are not substantial. The ease of installation and lower cost associated with monophase systems make them a popular choice among business owners looking to minimize expenses. In addition to their practical applications, monophase systems also serve as an important educational tool in electrical engineering. Students learning about circuit design often start with monophase systems because they allow for a clear understanding of basic electrical principles without the added complexity of multiple phases. This foundational knowledge is critical for advancing to more complex topics, such as polyphase systems and power distribution networks. Moreover, the concept of monophase can extend beyond just electrical systems. In other fields, such as mechanics and fluid dynamics, the idea of operating in a single phase can also be applied. For instance, in thermodynamics, a monophase fluid system refers to a system where only one phase (liquid or gas) exists, which simplifies analysis and calculations. This cross-disciplinary relevance highlights the importance of understanding the term monophase across various scientific domains. In conclusion, the term monophase encapsulates a fundamental concept in electrical engineering and beyond. Whether in the context of power distribution or fluid dynamics, recognizing the significance of monophase systems aids in grasping more complex theories and applications. As technology continues to advance, the principles behind monophase systems will remain crucial for future innovations in energy efficiency and circuit design.

在电气工程领域，术语monophase指的是一种在单相上运行的电气系统。这与多相系统形成对比，后者利用多个相来更有效地分配电力。理解monophase系统的概念对于任何学习电路或在相关领域工作的人来说都是至关重要的。一个monophase系统通常由两根电线组成：一根用于电流流向负载，另一根用于回路。这种简单性使得monophase系统更易于设计和实施，特别是对于小规模应用，如住宅。在许多情况下，家用电器被设计为在monophase电力下运行，这使它们能够有效运作，而无需复杂的布线设置。然而，尽管monophase系统简单，但与其多相对应物相比，它们确实存在局限性。例如，monophase系统在长距离传输大量电力时通常效率较低。这种低效率源于单相供电可能导致更高的电压降和由于导体中的电阻而增加的损耗。因此，对于需要高功率水平的工业应用，通常更倾向于使用多相系统，特别是三相系统。monophase系统的使用不仅限于住宅环境；它们在各种商业应用中也发挥着重要作用。许多小型企业依赖于monophase电力进行运营，尤其是在其电力需求不大的情况下。与monophase系统相关的安装简便性和较低成本，使其成为希望降低开支的企业主的热门选择。除了实际应用外，monophase系统也是电气工程中重要的教育工具。学习电路设计的学生通常从monophase系统开始，因为它们允许在没有多相复杂性的情况下清晰理解基本电气原理。这种基础知识对于进一步深入更复杂的主题（如多相系统和电力分配网络）至关重要。此外，monophase的概念不仅限于电气系统。在其他领域，如力学和流体动力学，也可以应用单相操作的理念。例如，在热力学中，monophase流体系统指的是仅存在一种相（液体或气体）的系统，这简化了分析和计算。这种跨学科的相关性突显了在各种科学领域理解术语monophase的重要性。总之，术语monophase概括了电气工程及其他领域中的一个基本概念。无论是在电力分配还是流体动力学的背景下，认识到monophase系统的重要性有助于掌握更复杂的理论和应用。随着技术的不断进步，monophase系统背后的原则将继续对未来在能源效率和电路设计方面的创新至关重要。