LORAN double slave

简明释义

劳兰双辅台

英英释义

例句

1.Using a LORAN double slave 双重从站 can significantly reduce errors in navigation for commercial vessels.

使用LORAN double slave 双重从站 可以显著减少商业船只导航中的错误。

2.In our coastal operations, we utilize a LORAN double slave 双重从站 for enhanced positioning accuracy.

在我们的沿海作业中，我们利用LORAN double slave 双重从站 来提高定位精度。

3.The ship's navigation system relies on the accuracy of the LORAN double slave 双重从站 to ensure it stays on course.

船只的导航系统依赖于LORAN double slave 双重从站 的准确性，以确保它保持在航线上。

4.The research team set up a LORAN double slave 双重从站 to improve data collection during their marine survey.

研究小组设置了一个LORAN double slave 双重从站 以改善他们在海洋调查中的数据收集。

5.During the storm, the crew relied on the LORAN double slave 双重从站 for precise location tracking.

在暴风雨期间，船员依靠LORAN double slave 双重从站 进行精确位置跟踪。

作文

In the realm of navigation and positioning systems, the term LORAN double slave holds significant importance. LORAN, which stands for Long Range Navigation, is a terrestrial radio navigation system that has been widely used for maritime and aerial navigation. It operates by using a network of ground-based radio transmitters that send out signals to receivers. These signals are then used to calculate the position of the receiver based on the time it takes for the signals to arrive. The concept of a LORAN double slave refers to a specific configuration within the LORAN system where two slave stations are synchronized to enhance accuracy and reliability in positioning. This setup is particularly useful in areas where signal interference or multipath propagation can hinder the performance of standard LORAN systems.The functioning of a LORAN double slave system is rooted in its ability to provide redundancy and improve the overall robustness of navigation solutions. By utilizing two slave stations, the system can cross-check the signals received, thereby reducing the likelihood of errors caused by environmental factors. This is crucial for applications that require high precision, such as aviation, marine navigation, and even some military operations.One of the primary advantages of the LORAN double slave configuration is its resilience against signal degradation. In challenging environments, such as urban areas with tall buildings or mountainous regions, the signals from LORAN transmitters can be reflected or obstructed. The double slave setup mitigates these issues by ensuring that at least one of the slave stations will provide a clear signal, allowing for continuous and accurate positioning data.Moreover, the integration of LORAN double slave systems into existing navigation frameworks can significantly enhance the capabilities of navigational aids. For instance, when combined with other technologies like GPS, the dual slave approach can help in achieving a more reliable and fault-tolerant system. This hybridization is becoming increasingly important as the demand for precise navigation continues to grow, particularly in autonomous vehicles and advanced shipping solutions.In conclusion, the LORAN double slave is a vital component of modern navigation technology, providing enhanced accuracy and reliability through its unique configuration. As we advance further into an era where precision in navigation is paramount, understanding and implementing systems like the LORAN double slave will be essential for various industries. Whether it is for ensuring the safety of flights, guiding ships through treacherous waters, or supporting military operations, the role of this technology cannot be overstated. With ongoing advancements and adaptations in navigation systems, the future looks promising for the integration of robust solutions like the LORAN double slave.

在导航和定位系统的领域，术语LORAN double slave具有重要意义。LORAN，即长距离导航，是一种广泛用于海洋和航空导航的地面无线电导航系统。它通过使用网络的地面无线电发射器发送信号到接收器来工作。这些信号被用来根据信号到达所需的时间来计算接收器的位置。LORAN double slave的概念指的是LORAN系统中的一种特定配置，其中两个从站同步，以增强定位的准确性和可靠性。这种设置在信号干扰或多路径传播可能妨碍标准LORAN系统性能的地区尤其有用。LORAN double slave系统的运行基于其提供冗余和提高导航解决方案整体稳健性的能力。通过利用两个从站，系统可以交叉检查接收到的信号，从而减少环境因素引起的错误的可能性。这对于需要高精度的应用至关重要，例如航空、海洋导航甚至一些军事操作。LORAN double slave配置的主要优势之一是其对信号降解的抗干扰性。在城市地区（如高楼大厦林立）或山区等挑战性环境中，来自LORAN发射器的信号可能会被反射或阻挡。双从站设置通过确保至少一个从站将提供清晰的信号来缓解这些问题，从而允许连续和准确的定位数据。此外，将LORAN double slave系统集成到现有导航框架中，可以显著增强导航辅助设备的能力。例如，当与其他技术（如GPS）结合时，双从站方法可以帮助实现更可靠和容错的系统。随着对精确导航需求的不断增长，这种混合化变得越来越重要，尤其是在自动驾驶车辆和先进航运解决方案中。总之，LORAN double slave是现代导航技术的重要组成部分，通过其独特的配置提供增强的准确性和可靠性。随着我们进一步进入一个导航精度至关重要的时代，理解和实施像LORAN double slave这样的系统对于各个行业都是必不可少的。无论是为了确保航班的安全、引导船只穿越危险水域，还是支持军事行动，这项技术的作用都不容小觑。随着导航系统的持续进步和适应，像LORAN double slave这样的强大解决方案的整合展望光明。