sensitivity to sea state

简明释义

对海况的敏感性

英英释义

例句

1.The research focused on improving the sensitivity to sea state of autonomous drones for better performance in variable conditions.

该研究集中于提高自主无人机的海况敏感性，以便在变化的条件下获得更好的性能。

2.Engineers must consider the vessel's sensitivity to sea state when designing stabilizing systems.

工程师在设计稳定系统时必须考虑船只的海况敏感性。

3.The captain's decisions were greatly influenced by his sensitivity to sea state, which helped avoid dangerous conditions.

船长的决定受到他对海况敏感性的极大影响，这帮助避免了危险情况。

4.In maritime navigation, a ship's sensitivity to sea state can determine its safe passage through rough waters.

在海洋导航中，船舶的海况敏感性可以决定其安全通过波涛汹涌水域的能力。

5.Fishermen often rely on their sensitivity to sea state to choose the best times for heading out to sea.

渔民们常常依赖他们的海况敏感性来选择出海的最佳时机。

作文

Understanding the concept of sensitivity to sea state is crucial for various maritime activities, including navigation, fishing, and offshore operations. The term refers to how different vessels, equipment, and human activities respond to changes in ocean conditions such as wave height, wind speed, and currents. For instance, a fishing trawler may have a high sensitivity to sea state because rough seas can affect its stability and ability to catch fish efficiently. Similarly, large cargo ships might experience challenges during severe weather, making it essential for operators to be aware of their sensitivity to sea state to ensure safety and operational efficiency.In the context of navigation, understanding sensitivity to sea state becomes even more critical. Ships must navigate through varying sea states to avoid capsizing or damaging cargo. For example, a small yacht may have a higher sensitivity to sea state than a massive container ship. This means that while the yacht may struggle in turbulent waters, the container ship can withstand larger waves due to its size and design. However, this does not mean that larger vessels are immune to the effects of rough seas; they still need to consider their sensitivity to sea state when plotting courses and making decisions regarding speed and route.Moreover, the sensitivity to sea state is not only limited to physical vessels but also extends to the technology used in maritime operations. For instance, autonomous drones and underwater vehicles must be designed with a keen awareness of how environmental conditions can impact their performance. These technologies often incorporate sensors that monitor sea state parameters, enabling them to adjust their operations accordingly. By acknowledging their sensitivity to sea state, developers can enhance the reliability and effectiveness of these technologies in various marine applications.Furthermore, human factors play a significant role in the sensitivity to sea state. Sailors and fishermen must be trained to recognize the signs of changing sea conditions and respond appropriately. This includes understanding how to read weather patterns, wave formations, and other indicators that signal a shift in the sea state. Training programs often emphasize the importance of this sensitivity to sea state to prepare individuals for making quick decisions that could mean the difference between safety and disaster.In conclusion, the concept of sensitivity to sea state encompasses a wide range of considerations in maritime activities. From the design of vessels and technology to the training of personnel, recognizing and adapting to the ever-changing conditions of the ocean is vital. As we continue to explore and utilize the seas, enhancing our understanding of sensitivity to sea state will lead to safer and more efficient maritime operations. This awareness is not just about avoiding danger; it is about optimizing performance and ensuring that our interactions with the ocean are sustainable and responsible.

理解“对海洋状态的敏感性”这一概念对于各种海事活动至关重要，包括航行、捕鱼和海上作业。该术语指的是不同船只、设备和人类活动如何响应海洋条件的变化，例如波高、风速和水流。例如，渔船可能对海洋状态具有较高的对海洋状态的敏感性，因为恶劣的海况会影响其稳定性和有效捕捞鱼类的能力。同样，大型货船在恶劣天气中可能会遇到挑战，因此操作员必须了解他们的对海洋状态的敏感性以确保安全和操作效率。在航行的背景下，理解对海洋状态的敏感性变得更加关键。船只必须在变化的海洋状态中航行，以避免倾覆或损坏货物。例如，小型游艇的对海洋状态的敏感性可能高于大型集装箱船。这意味着虽然游艇可能在动荡的水域中挣扎，但由于其尺寸和设计，集装箱船能够承受更大的波浪。然而，这并不意味着大型船只对恶劣海况免疫；它们在规划航线和做出关于速度和路线的决定时仍需考虑其对海洋状态的敏感性。此外，对海洋状态的敏感性不仅限于物理船只，还扩展到海事操作中使用的技术。例如，自主无人机和水下车辆必须设计得充分考虑环境条件如何影响其性能。这些技术通常配备监测海洋状态参数的传感器，使其能够相应地调整操作。通过认识到自身的对海洋状态的敏感性，开发者可以提高这些技术在各种海洋应用中的可靠性和有效性。此外，人为因素在对海洋状态的敏感性中也发挥着重要作用。水手和渔民必须接受培训，以识别海洋条件变化的迹象并做出适当反应。这包括理解如何解读天气模式、波浪形态和其他指示海洋状态变化的指标。培训项目通常强调这种对海洋状态的敏感性的重要性，以准备个人做出快速决策，这可能意味着安全与灾难之间的差异。总之，“对海洋状态的敏感性”的概念涵盖了海事活动中的广泛考虑。从船只和技术的设计到人员的培训，认识并适应海洋的不断变化的条件至关重要。随着我们继续探索和利用海洋，增强我们对对海洋状态的敏感性的理解将导致更安全和更高效的海事操作。这种意识不仅仅是为了避免危险；而是为了优化性能，确保我们与海洋的互动是可持续和负责任的。