heeling magnet

简明释义

倾斜自差校正磁铁

英英释义

例句

1.Engineers tested the effectiveness of the heeling magnet in various sea conditions.

工程师们在各种海洋条件下测试了倾斜磁铁的有效性。

2.The heeling magnet is essential for large vessels navigating through rough waters.

对于在波涛汹涌的水域航行的大型船只来说，倾斜磁铁是必不可少的。

3.During the storm, the captain relied on the heeling magnet to maintain balance.

在风暴中，船长依靠倾斜磁铁保持平衡。

4.The ship's stability improved significantly after installing a heeling magnet.

在安装了倾斜磁铁后，船的稳定性显著提高。

5.Our research indicates that a properly calibrated heeling magnet can prevent capsizing.

我们的研究表明，正确校准的倾斜磁铁可以防止翻船。

作文

The concept of a heeling magnet is integral to the understanding of how certain vessels maintain stability and balance in turbulent waters. In nautical terms, heeling refers to the tilting of a boat or ship due to wind or waves. The heeling magnet, therefore, plays a vital role in counteracting this tilt, ensuring that the vessel remains upright and navigable. This mechanism is particularly important for sailboats, which rely heavily on wind for propulsion. When the wind hits the sails, it creates a force that can cause the boat to heel over. Without a proper counterbalance, this could lead to capsizing. To understand the function of the heeling magnet, one must first appreciate the principles of physics that govern stability in watercraft. The center of gravity and the center of buoyancy are two critical concepts. The heeling magnet helps to adjust the center of gravity by redistributing weight within the vessel. By doing so, it lowers the risk of excessive heeling, allowing the boat to sail more efficiently and safely. In practical applications, the heeling magnet can be seen in various designs of modern sailboats. Engineers and designers often incorporate these magnets into the hull or keels of the boats. The way they function can vary; some may use permanent magnets, while others may employ electromagnets that can be adjusted according to the sailing conditions. This adaptability makes the heeling magnet a valuable tool for sailors who encounter changing winds and wave patterns. Moreover, the use of a heeling magnet is not limited to recreational sailing. It has significant implications in competitive sailing as well. Sailors who participate in races are always looking for ways to optimize their vessel's performance. The heeling magnet allows for finer control during races, enabling sailors to maintain speed while minimizing the risk of capsizing. This advantage can make all the difference in a tightly contested race. In conclusion, the heeling magnet is a remarkable innovation that enhances the safety and efficiency of sailing vessels. By providing stability and balance, it allows sailors to navigate through challenging conditions with confidence. As technology continues to evolve, it will be interesting to see how the design and application of the heeling magnet develop further, potentially leading to even safer and faster sailing experiences in the future.

‘倾斜磁铁’的概念对于理解某些船只如何在波涛汹涌的水域中保持稳定和平衡至关重要。在航海术语中，倾斜是指由于风或波浪而导致的船只或船舶的倾斜。因此，‘倾斜磁铁’在抵消这种倾斜、确保船只保持直立和可航行方面发挥着重要作用。这一机制对于依靠风来推进的帆船尤为重要。当风打在帆上时，会产生一种力，使船只倾斜。如果没有适当的平衡，这可能会导致翻船。要理解‘倾斜磁铁’的功能，首先必须欣赏支配水上船只稳定性的物理原则。重心和浮力中心是两个关键概念。‘倾斜磁铁’通过重新分配船只内部的重量来帮助调整重心。这样做可以降低过度倾斜的风险，使船只能够更高效、安全地航行。在实际应用中，‘倾斜磁铁’可以在现代帆船的各种设计中看到。工程师和设计师常常将这些磁铁融入到船体或龙骨中。它们的功能方式可能各不相同；有些可能使用永久磁铁，而其他则可能采用电磁铁，根据航行条件进行调整。这种适应性使得‘倾斜磁铁’成为航海者在遇到变化的风和波浪模式时的一种宝贵工具。此外，‘倾斜磁铁’的使用不仅限于休闲航行。在竞技航行中也具有重要意义。参与比赛的水手总是在寻找优化船只性能的方法。‘倾斜磁铁’在比赛中允许更精细的控制，使水手能够在最小化翻船风险的同时保持速度。这一优势在竞争激烈的比赛中可能会产生巨大的差异。总之，‘倾斜磁铁’是一项出色的创新，增强了帆船的安全性和效率。通过提供稳定性和平衡，它使水手能够自信地在挑战性条件下航行。随着技术的不断发展，观察‘倾斜磁铁’的设计和应用如何进一步发展将是非常有趣的，这可能会导致未来更安全、更快速的航行体验。