trinocular
简明释义
英[ˌtraɪˈnɒkjələr]美[ˌtraɪˈnɒkjələr]
adj. 三目的
英英释义
与三只眼睛或光学系统有关的。 | |
A trinocular microscope is a type of microscope that has three eyepieces, allowing for enhanced viewing and analysis. | 三目显微镜是一种具有三个目镜的显微镜,允许增强的观察和分析。 |
单词用法
同义词
立体的 | 立体视觉能够提供深度感知。 | ||
三维的 | Three-dimensional imaging is widely used in medical diagnostics. | 三维成像在医学诊断中被广泛使用。 | |
三眼的 | Triocular microscopes provide enhanced viewing capabilities. | 三眼显微镜提供了增强的观察能力。 |
反义词
单眼的 | Monocular vision is often used for tasks that require depth perception. | 单眼视觉通常用于需要深度感知的任务。 | |
双眼的 | Binoculars provide a binocular view, making distant objects appear closer. | 望远镜提供双眼视角,使远处的物体看起来更近。 |
例句
1.One method of adjusting the dynamic homography of the vision cell is proposed to realize the global trinocular positioning without blind areas.
提出了实时调整每个视觉单元的动态投影矩阵来实现主动三目定位的算法,实现了全局无盲区的精确立体定位。
2.One method of adjusting the dynamic homography of the vision cell is proposed to realize the global trinocular positioning without blind areas.
提出了实时调整每个视觉单元的动态投影矩阵来实现主动三目定位的算法,实现了全局无盲区的精确立体定位。
3.To acquire range information quickly and effectively, a trinocular active range sensor based on structured light is suggested in this paper.
为快速有效地获取深度信息,本文提出一种基于结构光的三目主动式深度信息获取方法。
4.To realize accurate 3d scene matching, a trinocular stereo matching scheme based on edge segment was developed.
为实现准确的三维场景匹配,提出了一种基于边缘线的三目立体匹配方法。
5.The researchers used a trinocular microscope to get a three-dimensional view of the specimen.
研究人员使用了一个三目显微镜来获得样本的三维视图。
6.In the lab, we often rely on a trinocular setup for better depth perception during our experiments.
在实验室中,我们经常依赖于三目设置,以便在实验过程中获得更好的深度感知。
7.The trinocular binoculars allowed us to observe the wildlife in greater detail.
这副三目双筒望远镜让我们能够更详细地观察野生动物。
8.Using a trinocular telescope, astronomers can analyze celestial bodies more effectively.
使用三目望远镜,天文学家可以更有效地分析天体。
9.The trinocular vision system in the new robot enhances its ability to navigate complex environments.
新机器人的三目视觉系统增强了其在复杂环境中导航的能力。
作文
In the field of optics, the term trinocular refers to an instrument or device that has three eyepieces or lenses for viewing. This concept is particularly significant in the realm of microscopy and telescopy, where enhanced depth perception and visual clarity are essential for detailed observation. The use of a trinocular setup allows scientists and researchers to achieve a more comprehensive understanding of their subjects, whether they are examining cellular structures under a microscope or observing distant celestial bodies through a telescope. One of the primary advantages of utilizing a trinocular system is the ability to provide a more immersive viewing experience. With three eyepieces, users can perceive depth much more accurately than with standard binocular systems. This feature is crucial in scientific research, where precision is paramount. For instance, when studying the intricate details of a biological specimen, a trinocular microscope enables researchers to gauge spatial relationships effectively, leading to more accurate analyses and conclusions. Moreover, the trinocular design often incorporates additional functionalities, such as the capability to attach cameras or other imaging devices. This innovation allows for the documentation of observations in real-time, facilitating collaboration among researchers and enhancing the educational experience for students. In educational settings, trinocular microscopes can be particularly beneficial, as they enable multiple students to observe the same specimen simultaneously, fostering a collaborative learning environment. The versatility of trinocular systems extends beyond microscopy. In astronomy, trinocular telescopes provide astronomers with the ability to observe celestial phenomena with greater detail and clarity. By employing three optical paths, these telescopes can minimize aberrations and enhance image quality, allowing astronomers to conduct more precise measurements and gather valuable data about the universe. Furthermore, the development of trinocular technology has paved the way for advancements in various fields, including robotics and virtual reality. In robotics, trinocular vision systems can be utilized to improve navigation and object recognition, as they allow robots to perceive their environment in three dimensions. This capability is essential for tasks that require depth perception, such as picking and placing objects or navigating complex terrains. In conclusion, the term trinocular signifies a significant advancement in optical technology, providing enhanced depth perception and clarity in various applications. From scientific research to educational environments and even robotics, trinocular systems are revolutionizing the way we observe and interact with the world around us. As technology continues to evolve, it is likely that the applications and benefits of trinocular devices will expand, further enriching our understanding of both the microscopic and macroscopic realms. The future of observation looks promising, thanks to the innovations brought about by trinocular technology.
在光学领域,术语trinocular指的是一种具有三个目镜或透镜的观察仪器或设备。这个概念在显微镜和望远镜领域尤其重要,因为增强的深度感知和视觉清晰度对于详细观察至关重要。使用trinocular系统可以让科学家和研究人员对他们的研究对象有更全面的理解,无论是通过显微镜观察细胞结构,还是通过望远镜观察遥远的天体。 使用trinocular系统的主要优点之一是能够提供更身临其境的观看体验。通过三个目镜,用户可以比标准的双目系统更准确地感知深度。这一特性在科学研究中至关重要,因为精确性是首要任务。例如,在研究生物标本的复杂细节时,trinocular显微镜使研究人员能够有效地评估空间关系,从而得出更准确的分析和结论。 此外,trinocular设计通常还包含附加功能,例如可以连接相机或其他成像设备。这一创新使得实时记录观察成为可能,促进了研究人员之间的合作,并增强了学生的教育体验。在教育环境中,trinocular显微镜尤其有益,因为它们使多个学生能够同时观察同一标本,促进了协作学习环境。 trinocular系统的多功能性不仅限于显微镜。在天文学中,trinocular望远镜为天文学家提供了以更高细节和清晰度观察天体现象的能力。通过采用三条光路,这些望远镜可以最小化像差并增强图像质量,使天文学家能够进行更精确的测量并收集关于宇宙的宝贵数据。 此外,trinocular技术的发展为机器人技术和虚拟现实等多个领域的进步铺平了道路。在机器人领域,trinocular视觉系统可用于改善导航和物体识别,因为它们允许机器人以三维方式感知其环境。这一能力对于需要深度感知的任务至关重要,例如抓取和放置物体或在复杂地形中导航。 总之,术语trinocular标志着光学技术的重要进步,为各种应用提供了增强的深度感知和清晰度。从科学研究到教育环境,甚至机器人技术,trinocular系统正在革新我们观察和与周围世界互动的方式。随着技术的不断发展,trinocular设备的应用和好处可能会进一步扩大,进一步丰富我们对微观和宏观领域的理解。由于trinocular技术带来的创新,观察的未来看起来充满希望。
文章标题:trinocular的意思是什么
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