optical

简明释义

英[ˈɒptɪk(ə)l]美[ˈɑːptɪk(ə)l]

adj. 视力的，视觉的；有助于视力的，光学的；光读取的，光存贮的；（装置）光电的

n. <印度>（一副）眼镜（opticals）

英英释义

单词用法

同义词

反义词

例句

1.At each end of the fibre, optical signals must be converted to or from the electrical signals that computers use to process information.

在纤维的各端，必须将光信号转换成电信号或者将电信号转换成光信号，计算机用电信号处理信息。

2.As for optical features, it is strongly pleochroic.

至于光学特性，它是强烈多色的。

3.Ideal weather for certain optical illusions.

产生某些光幻象的完美的天气。

4.Optical radiation is just visible light energy spreading out.

光辐射就只是扩散的可见光能量。

5.These optical fibres may be used for new sorts of telephony.

这些光纤可以应用在新型电话通讯系统。

6.A sensor channels the light signal along an optical fibre.

传感器沿光导纤维输送光信号。

7.The position of the galaxy center is misinterpreted by an optical flare of the jet itself.

星系中心的位置被射流本身的光学耀斑所曲解。

8.The scientist used an optical microscope to examine the cells.

科学家使用了一个光学显微镜来检查细胞。

9.Many optical fibers are used in telecommunications.

许多光学纤维被用于电信。

10.He wore optical glasses to correct his vision.

他戴着光学眼镜来矫正视力。

11.The optical illusion amazed the audience.

这个光学幻觉让观众惊叹不已。

12.They installed optical sensors for better image quality.

他们安装了光学传感器以提高图像质量。

作文

The world around us is filled with various phenomena that we perceive through our senses, particularly through our eyes. One of the most fascinating aspects of our perception is related to the concept of optical (光学的) illusions. These illusions occur when our brain interprets visual information in a way that differs from reality. For example, when we look at a simple image, it may appear to be moving or changing shape due to the way light interacts with the objects in the image. This is a direct result of optical (光学的) principles at play, showcasing how our perception can be tricked by visual stimuli. In addition to illusions, the study of optical (光学的) science has led to significant advancements in technology. The development of lenses and glasses has drastically improved the quality of life for many individuals who suffer from vision impairments. By understanding the optical (光学的) properties of light, scientists have created corrective lenses that help people see more clearly. This not only enhances their ability to interact with the world but also contributes to their overall well-being. Moreover, optical (光学的) technologies are integral to various fields such as photography, astronomy, and medicine. In photography, the use of optical (光学的) lenses allows photographers to capture images with precision and clarity. High-quality cameras rely on advanced optical (光学的) systems to produce stunning photographs that reflect the beauty of the world. In astronomy, telescopes utilize optical (光学的) lenses to magnify distant celestial bodies, allowing astronomers to explore the universe beyond our planet. These optical (光学的) instruments have contributed to numerous discoveries, enhancing our understanding of space and the cosmos. Furthermore, the field of medicine benefits greatly from optical (光学的) technologies. Endoscopy, for instance, employs optical (光学的) fibers to allow doctors to visualize the internal structures of the body without invasive surgery. This has revolutionized diagnostic procedures, enabling healthcare professionals to identify and treat conditions more effectively. In conclusion, the term optical (光学的) encompasses a wide range of applications and phenomena that significantly impact our daily lives. From the simple optical (光学的) illusions that amuse us to the advanced technologies that assist in medical diagnoses, the study of light and its properties continues to shape our understanding of the world. Embracing the wonders of optical (光学的) science not only enhances our knowledge but also enriches our experiences in various domains. As we move forward, it is essential to appreciate the role that optical (光学的) innovations play in shaping our future, reminding us that the way we see the world can always be transformed by the principles of light.

我们周围的世界充满了各种现象，我们通过感官，尤其是眼睛来感知这些现象。我们感知的一个最迷人的方面与optical（光学的）幻觉的概念有关。这些幻觉发生在我们的脑海中对视觉信息的解读与现实不同。例如，当我们看一个简单的图像时，由于光与图像中物体的相互作用，它可能会看起来正在移动或改变形状。这直接是由于optical（光学的）原理在起作用，展示了我们的感知如何被视觉刺激所欺骗。 除了幻觉，optical（光学的）科学的研究还带来了技术上的重大进步。镜头和眼镜的发展极大地改善了许多视力障碍者的生活质量。通过理解光的optical（光学的）特性，科学家们创造了帮助人们更清晰地看见的矫正镜片。这不仅增强了他们与世界互动的能力，也有助于他们的整体健康。 此外，optical（光学的）技术在摄影、天文学和医学等多个领域中都是不可或缺的。在摄影中，使用optical（光学的）镜头可以让摄影师以精准和清晰的方式捕捉图像。高质量的相机依赖于先进的optical（光学的）系统来制作出反映世界之美的惊人照片。 在天文学中，望远镜利用optical（光学的）镜头来放大遥远的天体，使天文学家能够探索我们星球之外的宇宙。这些optical（光学的）仪器为众多发现做出了贡献，增强了我们对空间和宇宙的理解。 此外，医学领域也极大受益于optical（光学的）技术。例如，内窥镜检查利用optical（光学的）光纤使医生能够在不进行侵入性手术的情况下观察身体内部结构。这彻底改变了诊断程序，使医疗专业人士能够更有效地识别和治疗疾病。 总之，optical（光学的）这个词涵盖了广泛的应用和现象，对我们的日常生活产生了重大影响。从简单的optical（光学的）幻觉到帮助医疗诊断的先进技术，光及其特性的研究继续塑造我们对世界的理解。拥抱optical（光学的）科学的奇迹不仅增强了我们的知识，也丰富了我们在各个领域的体验。随着我们向前发展，欣赏optical（光学的）创新在塑造我们未来中的角色至关重要，这提醒我们，世界的看法总是可以通过光的原理而转变。