equilibrator

简明释义

英[ˌiːkwɪˈlaɪbreɪtə]美[ɪˈkwɪlɪbretər]

n. 平衡装置

英英释义

单词用法

同义词

反义词

例句

1.Two ways of dynamic balance can be used: equilibrator and field dynamic balance.

动平衡的一般做法主要有两种：平衡机法和现场动平衡法。

2.Two ways of dynamic balance can be used: equilibrator and field dynamic balance.

动平衡的一般做法主要有两种：平衡机法和现场动平衡法。

3.The engineer designed an equilibrator to stabilize the pressure in the system.

工程师设计了一个平衡器来稳定系统中的压力。

4.In the laboratory, the equilibrator ensured that the chemical reactions occurred at a steady rate.

在实验室中，平衡器确保化学反应以稳定的速度进行。

5.The new model of the drone features an advanced equilibrator for better flight stability.

这款新型无人机配备了先进的平衡器，以提高飞行稳定性。

6.The equilibrator in the HVAC system helps maintain consistent temperature throughout the building.

暖通空调系统中的平衡器有助于在整个建筑物内保持温度一致。

7.Using an equilibrator can significantly improve the performance of hydraulic systems.

使用平衡器可以显著提高液压系统的性能。

作文

In the realm of physics and engineering, the concept of an equilibrator (平衡器) plays a crucial role in maintaining stability and balance within various systems. An equilibrator is essentially a device or mechanism that helps to achieve equilibrium by counteracting forces that may disrupt a system's stability. Understanding how equilibrators function can provide valuable insights into both natural phenomena and engineered solutions. One of the most common examples of an equilibrator can be found in the design of bridges. Engineers often use counterweights as equilibrators to balance the forces acting on the structure. By strategically placing these weights, they can ensure that the bridge remains stable even when subjected to varying loads, such as heavy vehicles or strong winds. This application of equilibrators not only enhances the safety of the bridge but also prolongs its lifespan. In addition to civil engineering, equilibrators are also essential in the field of robotics. For instance, in the development of humanoid robots, engineers must incorporate equilibrators to enable the robot to maintain its balance while walking or performing tasks. The use of gyroscopes and accelerometers as equilibrators allows these robots to adjust their posture dynamically, mimicking the way humans maintain balance. This technology has significant implications for the future of robotics, especially in creating machines that can operate in unpredictable environments. Moreover, the concept of an equilibrator extends beyond physical devices to encompass broader systems in nature. Ecosystems, for example, often rely on various forms of equilibrators to maintain balance among different species and environmental factors. Predators, prey, and vegetation work together as natural equilibrators, ensuring that no single species dominates the ecosystem. This delicate balance is vital for the health and sustainability of our planet, highlighting the importance of understanding natural equilibrators in environmental science. The idea of an equilibrator can also be applied metaphorically in social and economic contexts. In societies, various institutions act as equilibrators to maintain social order and economic stability. Governments, for instance, implement policies and regulations that serve as equilibrators to manage inflation, unemployment, and public welfare. By doing so, they strive to create a balanced environment where citizens can thrive. Furthermore, in personal life, individuals often seek equilibrators to maintain their mental and emotional well-being. Practices such as meditation, exercise, and time management can serve as equilibrators that help people achieve a sense of balance amidst the chaos of daily life. By incorporating these practices, individuals can better manage stress and enhance their overall quality of life. In conclusion, the term equilibrator (平衡器) encompasses a wide range of applications across various fields, from engineering and robotics to ecology and personal well-being. Understanding the role of equilibrators in different contexts is essential for creating solutions that promote stability and balance. As we continue to explore the complexities of our world, the concept of an equilibrator will remain a fundamental principle guiding our efforts in engineering, environmental conservation, and personal development.