reference bearing

简明释义

参考方位

英英释义

例句

1.The surveyor took multiple readings to confirm the reference bearing (参考方位) of the property line.

测量员进行了多次读数以确认财产边界的参考方位。

2.Using a compass, we established a reference bearing (参考方位) for our hike.

我们使用指南针确定了徒步旅行的参考方位。

3.In navigation, the reference bearing (参考方位) helps in plotting a safe route.

在导航中，参考方位有助于绘制安全路线。

4.The pilot adjusted the aircraft's course based on the reference bearing (参考方位).

飞行员根据参考方位调整了飞机的航向。

5.Before starting the project, we needed to establish a reference bearing (参考方位) for our construction site.

在开始项目之前，我们需要为我们的建筑工地确定一个参考方位。

作文

In the field of navigation and engineering, understanding the concept of reference bearing is crucial for accurate positioning and movement. A reference bearing refers to a fixed direction from a specific point, typically used as a baseline for measuring angles or directions to other points. This term is particularly significant in contexts such as maritime navigation, aviation, and surveying, where precise orientation is essential. For example, when a ship is navigating through open waters, it might use a lighthouse as a reference bearing to determine its course. By knowing the exact position of the lighthouse, the navigator can calculate the necessary adjustments to the ship's heading to reach their intended destination safely.The importance of a reference bearing becomes even more evident when considering how navigators and engineers rely on it to avoid obstacles and ensure safety. In aviation, pilots often use reference bearings provided by air traffic control to maintain safe distances between aircraft. These bearings are essential for creating flight paths that minimize the risk of collisions and ensure efficient travel routes.Moreover, in the realm of surveying, a reference bearing serves as a fundamental tool for establishing property boundaries and conducting land assessments. Surveyors utilize these bearings to create maps and plans that accurately depict the land’s features and dimensions. Without a clear reference bearing, the process of land surveying would be fraught with inaccuracies, leading to disputes and legal complications regarding property ownership.Additionally, the concept of a reference bearing extends beyond physical navigation and into various fields of science and technology. For instance, in robotics, a robot may use a reference bearing to orient itself within a given environment. By establishing a known direction, the robot can navigate complex spaces, avoiding obstacles and performing tasks efficiently. This application highlights the versatility of the reference bearing in modern technology, showcasing its relevance across different disciplines.Furthermore, the use of reference bearings is not limited to professional fields; it can also be applied in everyday life. For example, hikers often use natural landmarks as reference bearings to guide their way through unfamiliar terrain. By identifying a mountain peak or a distinctive tree, they can maintain a sense of direction and prevent getting lost in the wilderness. This practical application underscores the significance of reference bearings in enhancing our navigational skills and ensuring our safety in various environments.In conclusion, the concept of a reference bearing is fundamental to many fields, including navigation, engineering, surveying, and even everyday activities. It provides a critical point of reference that allows individuals to measure and adjust their movements accurately. Understanding and utilizing reference bearings can greatly enhance our ability to navigate both physically and metaphorically, guiding us toward our goals and destinations with greater precision and confidence.

在导航和工程领域，理解参考方位的概念对于准确定位和移动至关重要。参考方位是指从特定点出发的固定方向，通常用作测量其他点的角度或方向的基线。这个术语在海事导航、航空和测量等背景中尤为重要，因为精确的方向感是必不可少的。例如，当一艘船在开阔水域航行时，它可能会使用灯塔作为参考方位来确定航向。通过知道灯塔的确切位置，导航员可以计算出必要的调整，以确保船舶安全到达预定目的地。当考虑到导航员和工程师如何依赖于参考方位以避免障碍并确保安全时，参考方位的重要性变得更加明显。在航空中，飞行员常常使用空中交通管制提供的参考方位来保持飞机之间的安全距离。这些方位对于创建最小化碰撞风险和确保高效旅行路线的飞行路径至关重要。此外，在测量领域，参考方位作为建立财产边界和进行土地评估的基本工具。测量员利用这些方位来制作准确描绘土地特征和尺寸的地图和计划。如果没有明确的参考方位，土地测量的过程将充满不准确性，从而导致关于财产所有权的争议和法律纠纷。此外，参考方位的概念超越了物理导航，延伸到科学和技术的各个领域。例如，在机器人技术中，机器人可能会使用参考方位在给定环境中进行定向。通过建立一个已知方向，机器人可以在复杂空间中导航，避免障碍并高效执行任务。这个应用突显了参考方位在现代技术中的多功能性，展示了它在不同学科中的相关性。此外，参考方位的使用不仅限于专业领域；它也可以应用于日常生活。例如，徒步旅行者经常使用自然地标作为参考方位来引导自己穿越不熟悉的地形。通过识别山峰或独特的树木，他们可以保持方向感，防止在荒野中迷路。这种实际应用强调了参考方位在增强我们导航技能和确保我们在各种环境中安全方面的重要性。总之，参考方位的概念是许多领域的基础，包括导航、工程、测量，甚至日常活动。它提供了一个关键的参考点，使个人能够准确地测量和调整他们的运动。理解和利用参考方位可以大大增强我们在物理和隐喻上的导航能力，以更大的精确度和信心引导我们朝着目标和目的地前进。