stereoscope

简明释义

英[ˈsteriəskəʊp]美[ˈstɪərɪoskop]

n. [光] 立体镜；体视镜；立体照相镜

英英释义

单词用法

同义词

反义词

例句

1.Falls back suddenly, frozen in stereoscope.

幕突然落下来了，幻象冻结在实体镜上。

2.The stamps are printed on three mini souvenir sheets which are designed to fit into the stereoscope.

这套邮票上印有三个小纪念品其目的是为了融入立体表。

3.In practice you view with both eyes, adjusting the stereoscope to superimpose the left and right images…simple as that that!

使用时，你用双眼看，调整立体观看器让左图和右图重合…就这么简单！

4.The interpreter annotates the photographs under the stereoscope .

解释人员在立体镜下注记相片。

5.Unlike available stereo microscopes, such as dissecting microscope, metallographical microscope and stereoscope, the stereo microscope of the present invention has great enlargement factor.

不同于传统的立体显微镜，解剖镜，金相镜，体视镜，有放大倍数更大的优点。

6.Unlike available stereo microscopes, such as dissecting microscope, metallographical microscope and stereoscope, the stereo microscope of the present invention has great enlargement factor.

不同于传统的立体显微镜，解剖镜，金相镜，体视镜，有放大倍数更大的优点。

7.The complete parasites were picked out under stereoscope followed by morphological identification. The rate and intensity of infection were calculated.

体视镜下挑出完整虫体，进行形态学鉴定，并计算感染率和感染度。

8.Objective To evaluate the usefulness of stereoscope in cerebral angiography.

目的评价立体视镜在脑血管造影中的临床应用价值。

9.Lastly a design of new stereoscope is introduced.

最后介绍了一种新型的立体成像器的设计。

10.How long did it take you to create Stereoscope?

你花了多长时间去制作《体视法》？

11.In art class, we learned how to create 3D drawings that could be viewed through a stereoscope 立体镜.

在美术课上，我们学习如何创作可以通过立体镜 立体镜观看的3D画作。

12.As a child, I loved looking through my grandfather's stereoscope 立体镜 to explore different landscapes.

小时候，我喜欢通过我祖父的立体镜 立体镜探索不同的风景。

13.The museum had a fascinating exhibit featuring a vintage stereoscope 立体镜 that allowed visitors to see 3D images from the past.

博物馆有一个迷人的展览，展示了一台复古的立体镜 立体镜，让游客可以看到过去的3D图像。

14.Using a digital stereoscope 立体镜, we were able to create immersive 3D experiences for our virtual reality project.

使用数字立体镜 立体镜，我们能够为我们的虚拟现实项目创建沉浸式3D体验。

15.The stereoscope 立体镜 was an innovative device that changed the way people viewed photographs in the 19th century.

在19世纪，立体镜 立体镜是一种创新设备，改变了人们观看照片的方式。

作文

The invention of the stereoscope has played a significant role in the evolution of visual technology and our understanding of three-dimensional imagery. A stereoscope is an optical device that allows users to view two slightly different images of the same scene, which are presented to each eye separately. This creates an illusion of depth, making the images appear three-dimensional. The concept of stereoscopy dates back to the early 19th century, when Sir Charles Wheatstone first demonstrated the principle of binocular vision. His work laid the groundwork for the development of the stereoscope, which became popular in the mid-1800s.In its early days, the stereoscope was primarily used as a form of entertainment. People would gather around these devices to view stereoscopic cards, which featured photographs taken from slightly different angles. These cards showcased various scenes, from landscapes to portraits, and provided a new way for individuals to experience imagery. The stereoscope not only entertained but also educated, allowing people to explore distant places without leaving their homes.As technology advanced, the stereoscope evolved as well. In the late 19th and early 20th centuries, it became a popular tool for education and scientific research. Educators used the stereoscope to teach students about geography, anatomy, and other subjects, providing a more immersive learning experience. Furthermore, scientists utilized this technology to analyze spatial relationships in various fields, including biology and geology.The impact of the stereoscope can still be seen today in modern technologies such as virtual reality (VR) and 3D movies. The principles of stereoscopy are fundamental to creating realistic experiences in these mediums. For instance, VR headsets use similar techniques to present two images to the user’s eyes, creating a convincing sense of depth and immersion. Similarly, 3D films employ stereoscopic techniques to enhance the viewing experience, drawing audiences into the story like never before.Despite its historical significance, the stereoscope faced challenges with the advent of digital technology. As photography transitioned to digital formats, the popularity of traditional stereoscopes waned. However, recent years have seen a resurgence of interest in vintage stereoscopes and stereoscopic photography. Collectors and enthusiasts celebrate the artistry and craftsmanship of these devices, while contemporary artists experiment with stereoscopic techniques to create innovative works.In conclusion, the stereoscope has left an indelible mark on the world of visual technology. From its humble beginnings as a novelty item to its essential role in education and science, the stereoscope has transformed how we perceive and interact with images. Its legacy continues to influence modern advancements in visual media, demonstrating the enduring power of three-dimensional imagery. As we move forward, the stereoscope serves as a reminder of the importance of innovation and creativity in shaping our understanding of the world around us.

立体镜的发明在视觉技术的演变和我们对三维图像的理解中发挥了重要作用。立体镜是一种光学设备，允许用户分别向每只眼睛观看同一场景的两个略有不同的图像。这创造了深度的幻觉，使图像看起来具有三维效果。立体摄影的概念可以追溯到19世纪初，当时查尔斯·惠特斯通爵士首次展示了双眼视觉的原理。他的工作为立体镜的发展奠定了基础，立体镜在19世纪中叶变得流行。在早期，立体镜主要作为一种娱乐形式。人们聚集在这些设备周围观看立体卡片，这些卡片上展示了从稍微不同的角度拍摄的照片。这些卡片展示了各种场景，从风景到肖像，为人们提供了一种全新的体验图像的方式。立体镜不仅娱乐了人们，还教育了人们，让人们在不离开家门的情况下探索遥远的地方。随着技术的进步，立体镜也不断发展。在19世纪末和20世纪初，它成为教育和科学研究中一种流行的工具。教育工作者利用立体镜教学生地理、解剖等科目，提供更身临其境的学习体验。此外，科学家们利用这一技术分析各个领域的空间关系，包括生物学和地质学。立体镜的影响今天仍然可以在现代技术中看到，比如虚拟现实（VR）和3D电影。立体摄影的原理是创建这些媒介中逼真体验的基础。例如，VR头显使用类似的技术向用户的眼睛呈现两个图像，创造出令人信服的深度和沉浸感。同样，3D电影采用立体技术增强观影体验，让观众前所未有地融入故事。尽管具有历史意义，但随着数字技术的出现，立体镜面临挑战。随着摄影转向数字格式，传统立体镜的受欢迎程度下降。然而，近年来对复古立体镜和立体摄影的兴趣重新出现。收藏家和爱好者庆祝这些设备的艺术性和工艺，同时当代艺术家实验立体技术以创造创新作品。总之，立体镜在视觉技术世界中留下了不可磨灭的印记。从作为新奇物品的谦卑起步，到在教育和科学中的重要角色，立体镜改变了我们感知和与图像互动的方式。它的遗产继续影响现代视觉媒体的进步，展示了三维图像的持久力量。随着我们向前发展，立体镜提醒我们创新和创造力在塑造我们对周围世界的理解中的重要性。