acousticfog signal

简明释义

音响雾号

英英释义

例句

1.Coastal authorities regularly test the acousticfog signal to ensure it is functioning properly.

沿海当局定期测试声学雾信号以确保其正常运行。

2.The acousticfog signal can be heard from several miles away, making it an effective warning system.

从几英里外都能听到声学雾信号，使其成为有效的警告系统。

3.During the foggy morning, the lighthouse emitted an acousticfog signal to guide fishermen safely back to shore.

在雾蒙蒙的早晨，灯塔发出了声学雾信号来安全指引渔民回岸。

4.The presence of an acousticfog signal indicates that ships should proceed with caution.

存在声学雾信号表示船只应谨慎行驶。

5.The ship's navigation system activated the acousticfog signal to warn nearby vessels of low visibility.

船只的导航系统激活了声学雾信号以警告附近的船只能见度低。

作文

In the realm of maritime navigation, safety is paramount. One of the most significant challenges faced by sailors and ships is navigating through foggy conditions. To address this issue, various signaling methods have been developed to ensure safe passage. Among these methods, the acousticfog signal stands out as a crucial tool for communication in low visibility situations. The acousticfog signal refers to sound signals emitted by vessels to alert nearby ships of their presence and position when visibility is severely reduced due to fog. This system is essential for preventing collisions and ensuring that all vessels can navigate safely through treacherous waters.The use of acousticfog signals dates back many years and has evolved alongside advancements in technology. Traditionally, ships would use horns or bells to produce loud sounds that could travel through the dense fog. The deep, resonant tones of these signals can be heard over considerable distances, providing a warning to other vessels in the vicinity. The effectiveness of the acousticfog signal lies in its ability to transcend visual barriers, allowing mariners to rely on their hearing as a means of navigation. In addition to the traditional methods, modern technology has introduced more sophisticated acousticfog signals. Today, many ships are equipped with advanced sonar systems that can detect other vessels in foggy conditions and emit automated sound signals. These systems enhance the safety of maritime navigation by reducing the risk of human error and ensuring that all vessels are aware of each other's presence.The implementation of acousticfog signals is governed by international maritime regulations, which outline the specific sound patterns and frequencies that must be used. These regulations ensure consistency and clarity in communication between vessels. For instance, a prolonged blast of a horn may indicate that a vessel is underway, while short blasts may signify a change in direction or intention. By adhering to these established protocols, mariners can effectively communicate their movements and intentions, even in the thickest fog.Beyond the technical aspects, the significance of acousticfog signals extends to the psychological comfort they provide to sailors. Navigating in fog can be a daunting experience, filled with uncertainty and potential danger. The knowledge that other vessels are using acousticfog signals to communicate fosters a sense of security among mariners, allowing them to focus on their navigation tasks without the overwhelming fear of collision. This psychological aspect is often overlooked but is vital for maintaining calm and composure in challenging conditions.In conclusion, the acousticfog signal is an indispensable component of maritime safety, enabling vessels to navigate through foggy conditions with greater confidence and security. As technology continues to advance, we can expect further improvements in the effectiveness and reliability of these signals. Ultimately, the acousticfog signal serves not only as a practical tool for navigation but also as a symbol of the collective responsibility that mariners share in ensuring the safety of all who traverse the seas.

在海洋航行的领域中，安全是至关重要的。水手和船只面临的一个主要挑战是在雾天条件下导航。为了解决这个问题，开发了各种信号方法，以确保安全通行。在这些方法中，acousticfog signal（声学雾信号）作为一种在能见度低的情况下进行通信的重要工具脱颖而出。acousticfog signal指的是船只发出的声音信号，用于在由于浓雾导致能见度严重降低时，提醒附近的船只其存在和位置。这一系统对于防止碰撞和确保所有船只能够安全通过危险水域至关重要。使用acousticfog signals（声学雾信号）已有多年历史，并随着技术的进步而不断演变。传统上，船只会使用喇叭或铃声发出响亮的声音，这些声音能够穿透浓雾传播。此类信号深沉且共鸣的音调可以在相当远的距离内被听到，为周围的其他船只提供警告。acousticfog signal的有效性在于其能够超越视觉障碍，使水手能够依靠听觉作为导航手段。除了传统方法，现代技术还引入了更复杂的acousticfog signals（声学雾信号）。如今，许多船只配备了先进的声纳系统，可以在雾天条件下探测其他船只并自动发出声音信号。这些系统通过减少人为错误的风险，提高了海洋导航的安全性，确保所有船只都意识到彼此的存在。acousticfog signals（声学雾信号）的实施受到国际海事法规的监管，这些法规概述了必须使用的特定声音模式和频率。这些法规确保了船只之间沟通的一致性和清晰性。例如，长时间的喇叭声可能表示船只正在航行，而短促的喇叭声可能表示改变方向或意图。通过遵循这些既定协议，水手可以有效地传达他们的运动和意图，即使在最浓的雾中。除了技术方面，acousticfog signals（声学雾信号）的重要性还延伸到它们为水手提供的心理安慰。在雾中导航可能是一种令人生畏的经历，充满不确定性和潜在危险。知道其他船只正在使用acousticfog signals（声学雾信号）进行沟通，使水手感到安全，从而使他们能够专注于导航任务，而不必因碰撞的过度恐惧而感到不安。这一心理方面往往被忽视，但对于在挑战性条件下保持冷静和沉着至关重要。总之，acousticfog signal（声学雾信号）是海洋安全不可或缺的组成部分，使船只能够在雾天条件下更加自信和安全地导航。随着技术的不断进步，我们可以期待这些信号的有效性和可靠性进一步提高。最终，acousticfog signal（声学雾信号）不仅作为导航的实用工具，也象征着水手们共同承担的责任，以确保所有航行海洋的人们的安全。