operating principle

简明释义

工作原理

英英释义

例句

1.The operating principle behind solar panels is the photovoltaic effect.

太阳能电池板背后的操作原理是光伏效应。

2.Understanding the operating principle of a car engine can help you troubleshoot common issues.

理解汽车发动机的操作原理可以帮助你排除常见故障。

3.Every electronic device has its own operating principle that dictates how it functions.

每个电子设备都有其独特的操作原理，决定了其功能。

4.The operating principle of a refrigerator relies on the laws of thermodynamics.

冰箱的操作原理依赖于热力学定律。

5.The operating principle of this machine is based on the conversion of electrical energy into mechanical energy.

这台机器的操作原理是基于将电能转化为机械能。

作文

The concept of an operating principle is fundamental in understanding how various systems and devices function. An operating principle refers to the underlying method or mechanism that dictates how something works. Whether we are discussing a simple mechanical device or a complex electronic system, the operating principle provides insight into its functionality and efficiency. For instance, consider a basic lever. The operating principle of a lever is based on the principle of moments, which states that the force applied at one end of the lever can be balanced by a load at the other end, depending on the distances from the fulcrum. This simple yet powerful idea allows us to lift heavy objects with minimal effort.In the realm of electronics, the operating principle becomes even more intricate. Take, for example, a transistor, which is a crucial component in modern electronic devices. The operating principle of a transistor lies in its ability to control the flow of electrical current. It acts as a switch or amplifier, allowing small input signals to control larger output signals. Understanding the operating principle of a transistor is essential for anyone looking to delve into electronics, as it forms the basis for more advanced concepts such as integrated circuits and microprocessors.Moreover, the operating principle is not limited to physical devices; it also applies to organizations and systems. Businesses often operate on specific operating principles that guide their decision-making processes and overall strategies. For instance, a company might adopt a customer-centric operating principle, prioritizing customer satisfaction and feedback in its operations. This principle can significantly influence the company's policies, product development, and marketing strategies, ultimately determining its success in the competitive market.In education, the operating principle can refer to the foundational theories that guide teaching methods and learning approaches. For example, constructivist teaching relies on the operating principle that learners construct their own understanding and knowledge of the world through experiences and reflecting on those experiences. This principle shapes how educators design their curricula and interact with students, fostering an environment conducive to active learning.Understanding the operating principle behind any system or process enhances our ability to innovate and improve upon existing models. By dissecting the operating principle, we can identify areas for enhancement, troubleshoot issues, and develop new applications. For instance, engineers often analyze the operating principles of existing technologies to create more efficient versions or entirely new products that meet the evolving needs of society.In conclusion, the operating principle is a vital concept that transcends disciplines and industries. Whether in mechanics, electronics, business, education, or any other field, grasping the operating principle helps us understand how things work and guides us in making informed decisions. As we continue to advance technologically and socially, a clear comprehension of these principles will enable us to navigate complexities and drive innovation effectively.

“操作原则”这一概念在理解各种系统和设备的功能方面至关重要。“操作原则”指的是决定某事物如何运作的基本方法或机制。无论我们是在讨论一个简单的机械装置还是一个复杂的电子系统，“操作原则”都能提供对其功能和效率的深入了解。例如，考虑一个基本的杠杆。杠杆的“操作原则”基于力矩原理，即施加在杠杆一端的力可以被另一端的负载平衡，这取决于距离支点的远近。这个简单而强大的理念使我们能够以最小的努力举起重物。在电子学领域，“操作原则”变得更加复杂。例如，晶体管是现代电子设备中的关键组件。晶体管的“操作原则”在于其控制电流流动的能力。它作为开关或放大器，允许小的输入信号控制更大的输出信号。理解晶体管的“操作原则”对于任何希望深入电子学的人来说都是必不可少的，因为它构成了更高级概念（如集成电路和微处理器）的基础。此外，“操作原则”不仅限于物理设备；它也适用于组织和系统。企业通常基于特定的“操作原则”来指导其决策过程和整体战略。例如，一家公司可能采用以客户为中心的“操作原则”，在其运营中优先考虑客户满意度和反馈。这个原则可以显著影响公司的政策、产品开发和营销策略，最终决定其在竞争市场中的成功。在教育领域，“操作原则”可以指引导教学方法和学习方式的基础理论。例如，建构主义教学依赖于“操作原则”，即学习者通过经验及对这些经验的反思来构建自己对世界的理解和知识。这个原则塑造了教育工作者设计课程和与学生互动的方式，营造出有利于积极学习的环境。理解任何系统或过程背后的“操作原则”增强了我们创新和改善现有模型的能力。通过解剖“操作原则”，我们可以识别改进的领域，排除问题，并开发满足社会不断变化需求的新应用。例如，工程师经常分析现有技术的“操作原则”，以创建更高效的版本或完全新颖的产品。总之，“操作原则”是一个超越学科和行业的重要概念。无论是在机械、电子、商业、教育或其他领域，掌握“操作原则”帮助我们理解事物的运作，并指导我们做出明智的决策。随着我们在技术和社会上的不断进步，对这些原则的清晰理解将使我们能够有效地驾驭复杂性并推动创新。