distance resolution

简明释义

距离分辨能力

英英释义

例句

1.In underwater sonar applications, the distance resolution 距离分辨率 is crucial for identifying small objects on the seabed.

在水下声纳应用中，距离分辨率 distance resolution 对于识别海床上的小物体至关重要。

2.The distance resolution 距离分辨率 of our radar system has improved significantly, allowing for better tracking of aircraft.

我们的雷达系统的距离分辨率 distance resolution 显著提高，使得飞机跟踪更加精准。

3.The camera's distance resolution 距离分辨率 affects how well it can capture distant landscapes.

相机的距离分辨率 distance resolution 影响其捕捉远处风景的能力。

4.In satellite imaging, the distance resolution 距离分辨率 determines how clearly we can distinguish between two objects on the ground.

在卫星成像中，距离分辨率 distance resolution 决定了我们能多清楚地区分地面上的两个物体。

5.When using a laser rangefinder, the distance resolution 距离分辨率 impacts how accurately we can measure distances.

使用激光测距仪时，距离分辨率 distance resolution 影响我们测量距离的准确性。

作文

In the realm of technology and science, the term distance resolution refers to the ability of a system to distinguish between two points that are separated by a certain distance. This concept is crucial in various fields, including imaging systems, radar technology, and even in everyday applications like photography. Understanding distance resolution can help us appreciate how devices capture and interpret images or signals, allowing for clearer and more accurate representations of the world around us.For instance, in the context of satellite imaging, distance resolution plays a vital role in determining the quality of the images produced. A satellite with high distance resolution can differentiate between objects that are close together, providing detailed images that can be used for mapping, environmental monitoring, and disaster management. Conversely, a satellite with low distance resolution may produce images where closely situated objects appear blurred or indistinguishable from one another, rendering the data less useful.Similarly, in medical imaging technologies such as MRI and CT scans, distance resolution is essential for accurately diagnosing conditions. Higher distance resolution allows healthcare professionals to see finer details within the human body, leading to better treatment plans and outcomes. For example, detecting small tumors or abnormalities requires high distance resolution to ensure that nothing is overlooked during examinations.In photography, distance resolution is equally important. The resolution of a camera determines how much detail it can capture. A camera with high distance resolution can produce sharp images with distinct features, while one with lower resolution may yield photos that appear pixelated or fuzzy. Photographers often seek equipment with superior distance resolution to ensure that their work stands out, especially in competitive fields like wildlife photography or portraiture.The concept of distance resolution is not limited to visual technologies; it also extends to audio systems. In sound engineering, distance resolution can refer to the ability of a microphone or speaker to distinguish between sounds that are close together in frequency or timing. For example, in a crowded concert setting, a sound system with excellent distance resolution can pick up individual instruments clearly, while a system with poor resolution might blend them into a muddled cacophony.Understanding distance resolution is essential for anyone involved in technology, science, or the arts. It highlights the importance of precision and clarity in our interpretations of the world. Whether through the lens of a camera, the sensors of a satellite, or the microphones at a concert, distance resolution enables us to perceive and analyze our surroundings with greater accuracy.As technology continues to advance, the significance of distance resolution will only grow. Innovations in imaging and sound technologies promise to enhance our ability to capture and understand the intricate details of our environment. Therefore, grasping the concept of distance resolution not only enriches our knowledge but also prepares us for future developments in various fields. Ultimately, it empowers us to make informed decisions based on clear and precise information, whether we are scientists, artists, or everyday consumers of technology.

在科技和科学的领域中，术语距离分辨率指的是一个系统区分两个相隔一定距离的点的能力。这个概念在多个领域中至关重要，包括成像系统、雷达技术，甚至在日常应用如摄影中。理解距离分辨率可以帮助我们欣赏设备如何捕捉和解释图像或信号，从而更清晰、更准确地呈现我们周围的世界。例如，在卫星成像的背景下，距离分辨率在确定所产生图像的质量方面发挥着至关重要的作用。一颗具有高距离分辨率的卫星能够区分相互靠近的物体，提供可用于制图、环境监测和灾害管理的详细图像。相反，具有低距离分辨率的卫星可能会产生模糊或无法区分的图像，从而使数据的实用性降低。同样，在医学成像技术如MRI和CT扫描中，距离分辨率对于准确诊断疾病至关重要。更高的距离分辨率使医疗专业人员能够看到人体内部的细微细节，从而制定更好的治疗计划和结果。例如，检测小肿瘤或异常需要高距离分辨率以确保在检查过程中没有被忽视。在摄影中，距离分辨率同样重要。相机的分辨率决定了它能捕捉多少细节。一台具有高距离分辨率的相机可以拍摄出清晰的图像，具有明显的特征，而一台低分辨率的相机可能会产生像素化或模糊的照片。摄影师通常寻求具有优越距离分辨率的设备，以确保他们的作品脱颖而出，特别是在野生动物摄影或肖像摄影等竞争激烈的领域中。距离分辨率的概念不仅限于视觉技术；它还扩展到音频系统。在声音工程中，距离分辨率可以指麦克风或扬声器区分频率或时序上相近的声音的能力。例如，在拥挤的音乐会环境中，具有出色距离分辨率的音响系统能够清晰地拾取单个乐器，而分辨率较差的系统则可能将它们混合成模糊的噪音。理解距离分辨率对于任何涉及技术、科学或艺术的人来说都是必不可少的。它突显了我们对世界的解读中精确和清晰的重要性。无论是通过相机的镜头、卫星的传感器，还是音乐会的麦克风，距离分辨率使我们能够以更高的准确性感知和分析我们的环境。随着技术的不断进步，距离分辨率的重要性只会增加。成像和声音技术的创新承诺增强我们捕捉和理解周围环境复杂细节的能力。因此，掌握距离分辨率的概念不仅丰富了我们的知识，还为我们在各个领域未来的发展做好准备。最终，它使我们能够根据清晰和精确的信息做出明智的决策，无论我们是科学家、艺术家，还是日常技术消费者。