ship's speed

简明释义

船舶航速

英英释义

例句

1.We calculated the ship's speed 船的速度 using the GPS system on board.

我们使用船上的GPS系统计算了船的速度 ship's speed。

2.The ship's speed 船的速度 was affected by the strong currents in the ocean.

强烈的洋流影响了船的速度 ship's speed。

3.To meet the delivery deadline, we need to maximize the ship's speed 船的速度 during the voyage.

为了赶上交货期限，我们需要在航行中最大化船的速度 ship's speed。

4.The engineer reported that the ship's speed 船的速度 had decreased due to engine issues.

工程师报告说，由于发动机问题，船的速度 ship's speed下降了。

5.The captain adjusted the course to increase the ship's speed 船的速度 for the upcoming storm.

船长调整了航向以提高船的速度 ship's speed，以应对即将到来的风暴。

作文

The term ship's speed refers to the velocity at which a ship travels through water. This measurement is crucial for various maritime operations, including navigation, scheduling, and fuel efficiency. Understanding ship's speed is essential not only for ship operators but also for those involved in shipping logistics and maritime safety. When discussing ship's speed, it is often measured in knots, which is a unit that represents nautical miles per hour. One knot is equivalent to approximately 1.15 miles per hour or 1.85 kilometers per hour. This unit of measurement is particularly useful in maritime contexts because it takes into account the unique aspects of navigating through water. Several factors can influence a ship's speed. The design and size of the vessel play significant roles; larger ships may have more cargo capacity but can be slower due to increased drag. Additionally, the type of engine and propulsion system used can greatly affect performance. For instance, modern ships often utilize advanced technologies such as diesel-electric engines or gas turbines that can enhance ship's speed while also improving fuel efficiency. Environmental conditions are another critical factor affecting ship's speed. Wind, currents, and waves can either aid or hinder a ship's progress. For example, a strong tailwind can increase a ship's speed, while headwinds can slow it down. Similarly, ocean currents can either push a ship forward or pull it backward, making it essential for navigators to consider these elements when planning a voyage. In addition to physical factors, the operational aspects of a journey also impact ship's speed. Shipping companies often have to balance speed with fuel consumption to minimize costs and reduce environmental impact. This balancing act is known as speed optimization, where companies analyze the most efficient speed for their vessels to travel without wasting fuel. Moreover, regulations and safety protocols can affect a ship's speed. In certain areas, such as near coastal regions or busy shipping lanes, speed limits may be enforced to ensure safety and protect marine life. Navigating through narrow straits or congested ports may require ships to reduce their speeds significantly, further complicating scheduling and logistics. The importance of understanding ship's speed extends beyond just operational efficiency. Accurate speed measurements can help in predicting arrival times, which is vital for supply chain management. Delays in shipping can lead to significant financial losses, so knowing how to calculate and adjust for ship's speed can make a considerable difference in the shipping industry. In conclusion, the concept of ship's speed encompasses a wide range of factors, from vessel design to environmental conditions and operational strategies. Mastering this concept is crucial for anyone involved in maritime activities, as it directly impacts navigation, efficiency, and safety. As technology continues to evolve, the methods of measuring and optimizing ship's speed will likely advance, leading to even greater efficiencies in the shipping industry. Understanding these dynamics will empower maritime professionals to make informed decisions that enhance the overall effectiveness of maritime operations.

短语ship's speed指的是船只在水中行驶的速度。这个测量对于各种海事操作至关重要，包括导航、调度和燃料效率。理解ship's speed不仅对船舶操作员至关重要，也对参与航运物流和海事安全的人士至关重要。在讨论ship's speed时，通常以节为单位进行测量，节是表示海里每小时的单位。一个节大约相当于每小时1.15英里或1.85公里。这种测量单位在海事环境中特别有用，因为它考虑了通过水域导航的独特方面。多种因素会影响船只的速度。船舶的设计和大小起着重要作用；较大的船舶可能具有更大的货物容量，但由于阻力增加，速度可能较慢。此外，使用的发动机类型和推进系统也会极大地影响性能。例如，现代船舶通常采用先进的技术，如柴油电动发动机或燃气涡轮，这可以在提高燃油效率的同时增强ship's speed。环境条件是另一个影响ship's speed的关键因素。风、洋流和波浪可以帮助或阻碍船只的进展。例如，强劲的顺风可以增加船只的速度，而逆风则可能减缓它。同样，海洋洋流可以推动船只向前或向后，使得航海者在规划航程时必须考虑这些因素。除了物理因素外，航程的操作方面也会影响ship's speed。航运公司经常必须在速度和燃料消耗之间取得平衡，以尽量减少成本并减少环境影响。这种平衡被称为速度优化，公司分析其船舶在不浪费燃料的情况下旅行的最有效速度。此外，法规和安全协议也会影响船只的速度。在某些区域，例如沿海地区或繁忙的航运通道，可能会实施速度限制，以确保安全并保护海洋生物。通过狭窄的海峡或拥挤的港口航行可能需要船只显著降低速度，进一步复杂化调度和物流。理解ship's speed的重要性超出了操作效率。准确的速度测量可以帮助预测到达时间，这对供应链管理至关重要。运输延误可能导致重大经济损失，因此了解如何计算和调整ship's speed可以在航运行业中产生显著的差异。总之，ship's speed的概念涵盖了多种因素，从船舶设计到环境条件和操作策略。掌握这一概念对于任何参与海事活动的人来说都是至关重要的，因为它直接影响导航、效率和安全。随着技术的不断发展，测量和优化ship's speed的方法可能会进一步进步，从而在航运行业中实现更大的效率。理解这些动态将使海事专业人员能够做出明智的决策，从而提高海事操作的整体有效性。