magnification

简明释义

英[ˌmæɡnɪfɪˈkeɪʃ(ə)n]美[ˌmæɡnɪfɪˈkeɪʃn]

n. 放大；放大率；放大的复制品

英英释义

单词用法

同义词

反义词

例句

1.Forams thus play a significant role in the carbon cycle. (Magnification 75x)

有孔虫在整个地球的碳循环过程中扮演着重要的角色。

2.Dense sands like olivine are also resistant to weathering, allowing it to endure millennia of constant waves. (Magnification 110x).

像橄榄石这样的密砂能够抵抗风化，所以能够经受常年不断的潮汐拍打。

3.The insects were examined under magnification.

这些昆虫是放大后加以观察的。

4.Dense sands like olivine are also resistant to weathering, allowing it to endure millennia of constant waves. (Magnification 110x).

像橄榄石这样的密砂能够抵抗风化，所以能够经受常年不断的潮汐拍打。

5.The system weighs less than 5 pounds, incorporates high magnification optics and runs on commercially available batteries.

该系统仅重5磅，具有高放大倍数的光学设备，并采用商品化电池供电。

6.The man was tall, his figure shortened by the magnification of Lenny's binoculars.

那个男子高高的，其个头因伦尼的双筒望远镜的放大而变矮了。

7.The telescope has a magnification of 50.

这个望远镜可以放大50倍。

8.Large fonts, high contrast, and screen magnification.

大字体、高对比度，和屏幕放大。

9.The magnification 放大 of the image was too high, causing distortion.

图像的放大过高，导致失真。

10.The microscope provides a high level of magnification 放大 to observe tiny organisms.

显微镜提供了高水平的放大以观察微小的生物。

11.In photography, magnification 放大 is crucial for capturing detailed images.

在摄影中，放大对捕捉细节图像至关重要。

12.Astronomers use telescopes with high magnification 放大 to study distant stars.

天文学家使用高放大的望远镜研究遥远的星星。

13.The magnification 放大 factor of this lens is 3x.

这个镜头的放大倍数是3倍。

作文

Magnification is a term that refers to the process of enlarging the appearance of an object. In various fields such as biology, astronomy, and photography, the concept of magnification (放大) plays a crucial role in enhancing our understanding of the world around us. Through magnification (放大), we are able to observe details that are otherwise invisible to the naked eye. This capability has led to significant advancements in scientific research and technology.In biology, for instance, the use of microscopes allows scientists to explore the intricate structures of cells and microorganisms. The magnification (放大) provided by these instruments enables researchers to study cellular processes, identify pathogens, and develop new medical treatments. Without the ability to achieve high levels of magnification (放大), many discoveries in the field of microbiology would not have been possible. The introduction of electron microscopes, which can achieve much higher magnification (放大) than traditional light microscopes, has revolutionized our understanding of cellular architecture.In astronomy, magnification (放大) is equally important. Telescopes utilize magnification (放大) to allow astronomers to observe distant celestial bodies, providing insights into the universe's structure and behavior. By studying planets, stars, and galaxies at different levels of magnification (放大), scientists can gather data that leads to a better comprehension of cosmic phenomena. For example, the Hubble Space Telescope employs advanced optics to achieve high magnification (放大), revealing details about the formation of stars and the existence of exoplanets.Photography also relies heavily on the principle of magnification (放大). Photographers use lenses with varying focal lengths to control the level of magnification (放大) in their images. A macro lens, for instance, can capture tiny subjects like flowers or insects at a high magnification (放大), allowing viewers to appreciate details that are typically overlooked. This artistic application of magnification (放大) enhances visual storytelling and brings attention to the beauty of the minute.Moreover, the concept of magnification (放大) extends beyond physical sciences and art; it also finds relevance in everyday life. For instance, when reading small print, we often find ourselves using reading glasses that effectively provide magnification (放大) to the text. This simple act of magnification (放大) can significantly improve our ability to comprehend information, illustrating how this concept permeates our daily experiences.In conclusion, magnification (放大) is a fundamental concept that transcends multiple disciplines, enhancing our perception and understanding of both the microscopic and macroscopic worlds. Whether in scientific research, artistic expression, or practical applications, magnification (放大) enriches our experiences and broadens our knowledge. As technology continues to advance, the potential for achieving even greater levels of magnification (放大) promises to unveil new realms of discovery and insight, further bridging the gap between the known and the unknown.

放大是一个指扩大物体外观的过程的术语。在生物学、天文学和摄影等多个领域，magnification（放大）的概念在增强我们对周围世界的理解中发挥着至关重要的作用。通过magnification（放大），我们能够观察到肉眼无法看到的细节。这种能力导致了科学研究和技术的显著进步。例如，在生物学中，显微镜的使用使科学家能够探索细胞和微生物的复杂结构。由这些仪器提供的magnification（放大）使研究人员能够研究细胞过程、识别病原体并开发新的医疗治疗。没有达到高水平的magnification（放大）的能力，微生物学领域的许多发现将是不可能的。电子显微镜的引入可以实现比传统光学显微镜更高的magnification（放大），彻底改变了我们对细胞结构的理解。在天文学中，magnification（放大）同样重要。望远镜利用magnification（放大）使天文学家能够观察遥远的天体，为宇宙的结构和行为提供见解。通过在不同的magnification（放大）水平下研究行星、恒星和星系，科学家可以收集数据，从而更好地理解宇宙现象。例如，哈勃太空望远镜采用先进的光学技术实现高magnification（放大），揭示了关于恒星形成和系外行星存在的细节。摄影也在很大程度上依赖于magnification（放大）的原理。摄影师使用不同焦距的镜头来控制图像中的magnification（放大）水平。例如，微距镜头可以以高magnification（放大）捕捉像花朵或昆虫这样的微小主体，使观众能够欣赏通常被忽视的细节。这种艺术性应用的magnification（放大）增强了视觉叙事，吸引人们关注微小事物的美丽。此外，magnification（放大）的概念超越了物理科学和艺术，它在日常生活中也具有相关性。例如，当阅读小字时，我们经常发现自己使用阅读眼镜，这实际上有效地提供了对文本的magnification（放大）。这一简单的magnification（放大）行为可以显著提高我们理解信息的能力，说明了这一概念如何渗透到我们的日常体验中。总之，magnification（放大）是一个基本概念，跨越多个学科，增强了我们对微观和宏观世界的感知和理解。无论是在科学研究、艺术表现还是实际应用中，magnification（放大）丰富了我们的体验，拓宽了我们的知识。随着技术的不断进步，实现更高水平的magnification（放大）的潜力承诺揭示新的发现和见解，进一步缩短已知与未知之间的差距。