partial bearing

简明释义

半轴承

英英释义

例句

1.The engineer noted the partial bearing 部分轴承 in the machinery during the inspection.

工程师在检查过程中注意到了机器中的部分轴承。

2.Due to wear and tear, the partial bearing 部分轴承 was replaced to ensure smooth operation.

由于磨损，部分轴承被更换以确保顺利运行。

3.In the report, the partial bearing 部分轴承 was identified as a critical failure point.

在报告中，部分轴承被识别为一个关键故障点。

4.The design team had to account for the partial bearing 部分轴承 in their calculations.

设计团队必须在计算中考虑部分轴承。

5.The technician explained that a partial bearing 部分轴承 can lead to increased friction and heat.

技术员解释说，部分轴承可能导致摩擦和热量增加。

作文

In the field of navigation and engineering, understanding the concept of partial bearing is crucial for accurate positioning and direction finding. A partial bearing refers to a specific angle measured from a reference point to an object or location, without considering the complete 360-degree circle. This term is often used in various applications such as maritime navigation, surveying, and even in some aspects of aviation. For instance, when a ship captain says that a lighthouse is at a partial bearing of 45 degrees, it indicates that the lighthouse is located northeast relative to the ship's current position.The significance of partial bearing lies in its ability to simplify complex navigational tasks. Instead of dealing with full bearings, which can be overwhelming, navigators can use partial bearings to focus on specific directions. This method enhances clarity and allows for more straightforward decision-making. For example, if a pilot is instructed to maintain a partial bearing of 270 degrees, they know to fly directly west, which aids in avoiding confusion during flight operations.Moreover, partial bearings are essential when creating maps or charts. Surveyors often rely on these measurements to plot points accurately. When multiple partial bearings are taken from different locations, they can triangulate positions effectively, leading to precise mapping. This process is vital in urban planning, construction, and environmental studies, where accuracy is paramount.In addition to navigation and surveying, partial bearings have applications in everyday life. For instance, hikers and outdoor enthusiasts frequently use compasses to determine partial bearings when navigating through wilderness areas. By identifying landmarks and using partial bearings to orient themselves, they can safely traverse challenging terrains. This practical application highlights how the concept transcends professional fields and enters the realm of recreational activities.Furthermore, technology has advanced the way we understand and utilize partial bearings. With the advent of GPS and digital mapping tools, obtaining partial bearings has become instantaneous and highly accurate. These technologies allow users to receive real-time data about their location and the partial bearings to various destinations. Consequently, this ease of access encourages more people to engage in navigation and exploration, fostering a deeper appreciation for geography and spatial awareness.In conclusion, the term partial bearing encompasses a fundamental aspect of navigation and orientation. Its utility spans across various fields, including maritime, aviation, surveying, and even recreational activities. By breaking down the complexities of full bearings into manageable angles, partial bearings empower individuals to make informed decisions about direction and positioning. As technology continues to evolve, the relevance of partial bearings will likely grow, making it an essential concept for both professionals and amateurs alike. Understanding this term not only enhances navigational skills but also enriches our overall comprehension of spatial relationships in the world around us.

在导航和工程领域，理解部分方位角的概念对于准确定位和方向查找至关重要。部分方位角是指从参考点到某个物体或位置测量的特定角度，而不考虑完整的360度圆。这一术语通常用于海洋导航、测量以及航空的一些方面。例如，当一位船长说灯塔的部分方位角为45度时，这表示灯塔相对于船当前的位置位于东北方向。部分方位角的重要性在于它能够简化复杂的导航任务。导航者可以使用部分方位角专注于特定的方向，而不是处理全方位，这样可以增强清晰度，并使决策过程更加简单。例如，如果一名飞行员被指示保持部分方位角为270度，他们就知道要直接向西飞行，这有助于在飞行操作中避免混淆。此外，部分方位角在制作地图或图表时也是必不可少的。测量师通常依赖这些测量值来准确绘制点。当从不同位置获取多个部分方位角时，他们可以有效地三角测量位置，从而实现精确制图。这一过程在城市规划、建筑和环境研究中至关重要，因为准确性至关重要。除了导航和测量，部分方位角在日常生活中也有应用。例如，徒步旅行者和户外爱好者经常使用指南针在荒野地区确定部分方位角。通过识别地标并使用部分方位角进行定向，他们可以安全地穿越艰难的地形。这一实际应用突显了这一概念如何跨越专业领域，进入休闲活动的领域。此外，科技的发展改变了我们理解和利用部分方位角的方式。随着GPS和数字制图工具的出现，获取部分方位角变得瞬时且高度准确。这些技术使用户能够实时接收有关其位置和各种目的地的部分方位角的数据。因此，这种便利的获取鼓励更多人参与导航和探索，促进了对地理和空间意识的更深刻理解。总之，术语部分方位角涵盖了导航和定向的基本方面。它的用途跨越多个领域，包括海洋、航空、测量，甚至休闲活动。通过将全方位的复杂性分解为可管理的角度，部分方位角使个人能够对方向和定位做出明智的决策。随着科技的不断进步，部分方位角的相关性可能会增加，使其成为专业人士和业余爱好者都必不可少的概念。理解这一术语不仅增强了导航技能，也丰富了我们对周围世界空间关系的整体理解。