episcope

简明释义

英[ˈepɪˌskəʊp]美[ˈepɪskoʊp]

n. 反射幻灯机

英英释义

单词用法

同义词

反义词

例句

1.After the Liturgy, the Episcope together with the priests blessed.

礼拜结束后，主教和牧师一起祝福。

2.After the Liturgy, the Episcope together with the priests blessed.

礼拜结束后，主教和牧师一起祝福。

3.The teacher used an episcope to project the student's artwork onto the screen for the whole class to see.

老师使用episcope将学生的艺术作品投影到屏幕上，让全班都能看到。

4.In the science lab, the episcope allowed us to examine the details of the specimen closely.

在科学实验室，episcope让我们能够仔细观察标本的细节。

5.During the presentation, she utilized an episcope to display her research findings effectively.

在演示过程中，她有效地使用了episcope展示她的研究结果。

6.The museum guide explained how the episcope was used to enhance visitor experiences.

博物馆的导游解释了episcope是如何用来提升游客体验的。

7.We learned that an episcope can be a valuable tool in classrooms for visual learning.

我们了解到，episcope可以成为教室中视觉学习的宝贵工具。

作文

In the realm of optics and visual technology, the term episcope refers to a device that allows individuals to view objects that are not in their direct line of sight. This fascinating tool has historical significance and practical applications that extend into various fields, including education, engineering, and even art. Understanding the concept of an episcope can enhance our appreciation for the complexities of visual perception and the technologies that assist us in seeing the world around us. The origins of the episcope can be traced back to the early days of optical devices. It is derived from the Greek words 'epi,' meaning 'upon,' and 'scope,' meaning 'to look at.' Essentially, an episcope serves as a means of looking upon something indirectly. In its simplest form, it consists of a series of mirrors and lenses that redirect light from an object to the viewer’s eyes. This allows one to observe items that may be obstructed by walls or other barriers. One of the most notable uses of the episcope is in educational settings, particularly in classrooms where teachers need to present materials to students. For instance, in a science class, an episcope can be used to project images of microscopic organisms onto a screen, allowing all students to see the details without crowding around a microscope. This not only enhances the learning experience but also promotes engagement among students, as they can collectively observe and discuss the subject matter. Moreover, the episcope has found its place in engineering and architectural design. Engineers often use this device to visualize structures that are being planned or constructed. By projecting blueprints or models onto a surface, teams can analyze designs from different angles, ensuring that every detail is considered before actual construction begins. This process can save time and resources, making the episcope an invaluable tool in the industry. In addition to its practical applications, the episcope also holds artistic value. Artists and photographers utilize similar concepts to create compelling compositions. For example, an artist might employ reflective surfaces to capture a scene from a unique perspective, effectively acting as a modern-day episcope. This creative use of optics allows for innovative expressions and enhances the depth of visual storytelling. Despite the advancements in digital technology and virtual reality, the episcope remains relevant. With the rise of augmented reality (AR), the principles behind the episcope have evolved, allowing users to interact with their environment in new ways. AR applications often incorporate similar optical techniques to overlay digital information onto the physical world, creating immersive experiences that echo the original purpose of the episcope. In conclusion, the episcope is more than just a historical optical device; it represents a bridge between the physical and visual realms. Its applications in education, engineering, and art highlight its versatility and enduring significance. As we continue to innovate and explore new technologies, the essence of the episcope—to enhance our ability to see and understand our surroundings—remains a fundamental aspect of human experience. Ultimately, it serves as a reminder of how far we have come in our quest to expand our visual horizons, and how much further we can go with the tools we create.

在光学和视觉技术领域，术语episcope指的是一种设备，使个人能够观察到不在其直接视线中的物体。这种迷人的工具具有历史意义和实际应用，延伸到教育、工程甚至艺术等多个领域。理解episcope的概念可以增强我们对视觉感知复杂性的欣赏，以及帮助我们看到周围世界的技术。 episcope的起源可以追溯到光学设备的早期。它源自希腊语单词'epi'，意为'在上面'，以及'scope'，意为'看'。从本质上讲，episcope作为一种间接观察某物的手段。它的最简单形式由一系列镜子和透镜组成，这些镜子和透镜将光线从物体引导到观察者的眼睛。这使得人们能够观察到可能被墙壁或其他障碍物遮挡的物体。 episcope最显著的用途之一是在教育环境中，特别是在教师需要向学生展示材料的课堂上。例如，在科学课上，可以使用episcope将显微生物的图像投影到屏幕上，让所有学生看到细节，而不必挤在显微镜周围。这不仅增强了学习体验，还促进了学生之间的互动，因为他们可以共同观察和讨论主题。 此外，episcope在工程和建筑设计中也找到了自己的位置。工程师们常常使用这种设备来可视化正在规划或建造的结构。通过将蓝图或模型投影到表面，团队可以从不同角度分析设计，确保在实际施工开始之前考虑到每一个细节。这个过程可以节省时间和资源，使episcope成为该行业中不可或缺的工具。 除了实用应用之外，episcope还具有艺术价值。艺术家和摄影师利用类似的概念来创造引人注目的作品。例如，艺术家可能会使用反射表面来捕捉独特视角的场景，有效地充当现代episcope。这种光学的创造性使用允许创新表达，并增强视觉叙事的深度。 尽管数字技术和虚拟现实不断进步，episcope仍然保持相关性。随着增强现实（AR）的兴起，episcope背后的原理得到了发展，使用户能够以新的方式与环境互动。AR应用程序通常结合类似的光学技术，将数字信息叠加到物理世界上，创造出回响episcope原始目的的沉浸式体验。 总之，episcope不仅仅是一个历史光学设备；它代表了物理和视觉领域之间的桥梁。它在教育、工程和艺术中的应用突显了它的多功能性和持久的重要性。随着我们继续创新和探索新技术，episcope的本质——增强我们看见和理解周围环境的能力——仍然是人类体验的基本方面。最终，它提醒我们在扩大视觉视野的追求中走过的道路，以及我们在创造的工具帮助下可以走得更远。