sinking ballast

简明释义

下沉用压载

英英释义

例句

1.The ship's stability improved significantly after adjusting the sinking ballast.

在调整了沉重压舱物后，船只的稳定性显著提高。

2.The sinking ballast helped the submarine dive deeper into the ocean.

这个沉重压舱物帮助潜艇更深地潜入海洋。

3.Adjusting the amount of sinking ballast can change a boat's draft.

调整沉重压舱物的数量可以改变船的吃水深度。

4.During the storm, the crew had to release some sinking ballast to prevent capsizing.

在暴风雨中，船员不得不释放一些沉重压舱物以防止翻船。

5.Engineers designed the vessel with an innovative sinking ballast system for better performance.

工程师为船只设计了一种创新的沉重压舱物系统，以提高性能。

作文

The concept of sinking ballast is often associated with maritime and aeronautical engineering. In simple terms, sinking ballast refers to weight that is added to a vessel or aircraft to enhance stability and control. This weight can be in the form of water, sand, or other heavy materials that are strategically placed within the structure. The primary purpose of sinking ballast is to lower the center of gravity, which helps prevent capsizing and improves maneuverability in turbulent conditions.When we think about ships, for example, they are designed to float on water. However, without sufficient weight below the waterline, they could easily tip over. This is where sinking ballast comes into play. By adding weight to the bottom of the hull, a ship can maintain an upright position even in rough seas. The process of adjusting the amount of sinking ballast is crucial for navigators, especially when facing changing weather conditions or cargo loads.In aviation, the principle of sinking ballast is slightly different but equally important. Aircraft need to balance their weight to ensure safe flight. While planes do not use traditional ballast like ships, they can adjust their fuel load or carry additional weight in cargo to achieve a similar effect. In some experimental aircraft, sinking ballast may be used to test how changes in weight distribution affect flight dynamics. The careful management of this weight is vital for pilots to maintain control during takeoff, cruising, and landing phases.Moreover, the idea of sinking ballast extends beyond physical applications; it can also serve as a metaphor in various aspects of life. For instance, in personal development, individuals often face challenges that can feel like burdens weighing them down. However, just as a ship uses sinking ballast to stabilize itself, people can learn to embrace their struggles as part of their growth journey. By acknowledging and addressing these challenges, they can find balance and strength, ultimately leading to a more stable and fulfilling life.In conclusion, the term sinking ballast encapsulates both a technical mechanism in engineering and a broader life philosophy. Understanding its application in ships and aircraft underscores the importance of stability and control in navigating both turbulent waters and life's challenges. Whether through the physical act of adding weight to a vessel or metaphorically managing the burdens we carry, the concept of sinking ballast teaches us valuable lessons about resilience and balance. As we continue to explore this idea, we can apply its principles to enhance our understanding of stability in various fields and in our personal lives.

“sinking ballast” 的概念通常与海洋和航空工程有关。简单来说，sinking ballast 指的是添加到船只或飞机上的重量，以增强稳定性和控制力。这种重量可以是水、沙子或其他重物，战略性地放置在结构内。sinking ballast 的主要目的是降低重心，这有助于防止倾覆并改善在动荡条件下的机动性。当我们想到船只时，例如，它们设计为漂浮在水面上。然而，如果水线以下的重量不足，它们可能会轻易翻倒。这就是 sinking ballast 发挥作用的地方。通过在船体底部增加重量，船只可以在恶劣海况下保持直立。调整 sinking ballast 的数量对导航员至关重要，尤其是在面对变化的天气条件或货物负载时。在航空领域，sinking ballast 的原理略有不同，但同样重要。飞机需要平衡其重量以确保安全飞行。虽然飞机不使用传统的压舱物像船只那样，但它们可以调整燃料负载或携带额外的货物来达到类似的效果。在一些实验飞机中，sinking ballast 可能用于测试重量分布的变化如何影响飞行动态。这种重量的精确管理对于飞行员在起飞、巡航和着陆阶段保持控制至关重要。此外，sinking ballast 的概念超越了物理应用；它还可以作为生活各个方面的隐喻。例如，在个人发展中，个体常常面临挑战，这些挑战可能会让他们感到像负担一样压在身上。然而，就像船只利用 sinking ballast 来稳定自己一样，人们可以学习接受自己的挣扎，作为成长旅程的一部分。通过承认和解决这些挑战，他们可以找到平衡和力量，最终导致更稳定和充实的生活。总之，sinking ballast 一词概括了工程中的技术机制和更广泛的生活哲学。理解它在船只和飞机中的应用强调了在应对动荡水域和生活挑战时稳定性和控制的重要性。无论是通过向船只添加重量的物理行为，还是隐喻地管理我们所承受的负担，sinking ballast 的概念教会了我们关于韧性和平衡的宝贵课程。随着我们继续探索这一理念，我们可以将其原则应用于增强我们对各个领域和个人生活中稳定性的理解。