achromatous

简明释义

英[əˈkrəʊmətəs]美[eɪˈkroʊmətəs]

adj. 淡色的；无色的

英英释义

单词用法

同义词

反义词

例句

1.The character of sence: the liquor is achromatous and transparent, tastes viscous and weak.

感官性质：溶液无色透明，口感粘稠，味谈。

2.The character of sence: the liquor is achromatous and transparent, tastes viscous and weak.

感官性质：溶液无色透明，口感粘稠，味谈。

3.This pattern does not detect the former achromatous.

此图案未检测后无色。

4.An achromatous 无色的 solution was prepared for the experiment.

为实验准备了一种无色的溶液。

5.The achromatous 无色的 pigments were used to create a unique art piece.

这些无色的颜料被用来创作一件独特的艺术作品。

6.The achromatous 无色的 nature of the compound made it difficult to detect.

这种化合物的无色的特性使其难以被检测到。

7.In photography, an achromatous 无色的 lens can reduce color distortion.

在摄影中，无色的镜头可以减少色彩失真。

8.The scientist studied the achromatous 无色的 cells under the microscope.

科学家在显微镜下研究了这些无色的细胞。

作文

In the realm of science, particularly in optics and biology, the term achromatous refers to the absence of color or pigmentation. This concept can be observed in various contexts, ranging from the study of light to the examination of living organisms. Understanding the meaning of achromatous is essential for students and professionals who delve into these fields, as it helps to clarify the characteristics and behaviors of different materials and species. For instance, in optics, an achromatous lens is designed to minimize chromatic aberration, allowing for clearer and more precise images. This is particularly important in photography and microscopy, where color distortion can significantly affect the quality of the visual output. The design of achromatous lenses usually involves combining different types of glass that have varying refractive indices. By doing so, the lenses can bend light in such a way that the different colors converge at the same point, thus producing a sharper image.In biology, the term achromatous can describe organisms that lack pigmentation, such as certain species of albino animals. These creatures are often studied to understand genetic mutations and the role of melanin in coloration. The absence of pigment can lead to unique adaptations in these animals, affecting their survival and reproduction. For example, an achromatous organism may be more susceptible to sunlight, which can cause skin damage or increase vulnerability to predators. Conversely, some achromatous species have developed other survival strategies, such as enhanced camouflage or behavioral adaptations that help them thrive in their environments.The implications of being achromatous extend beyond mere aesthetics; they also touch upon ecological and evolutionary dynamics. In ecosystems, the presence of achromatous species can influence food webs and interactions among different organisms. Predators may rely on visual cues to hunt, and the presence of achromatous prey can alter these dynamics. Additionally, understanding how achromatous traits arise and persist in populations provides insight into natural selection and adaptation processes.Moreover, the study of achromatous characteristics can inspire technological advancements. For example, researchers are constantly seeking to improve optical devices by learning from nature's designs. By studying achromatous lenses and their functions, scientists can develop better cameras, microscopes, and other imaging technologies that enhance our ability to observe the world around us. This interplay between the natural and technological realms exemplifies the importance of understanding terms like achromatous in a broader context.In conclusion, the term achromatous encompasses a fascinating array of concepts across various scientific disciplines. Whether discussing the clarity of optical devices or the intriguing adaptations of living organisms, recognizing the significance of achromatous traits allows for a deeper appreciation of both the natural world and the innovations inspired by it. As we continue to explore the intricacies of color, light, and life, the understanding of achromatous elements will undoubtedly play a crucial role in advancing our knowledge and technology.

在科学领域，特别是在光学和生物学中，术语achromatous指的是缺乏颜色或色素的状态。这个概念可以在不同的上下文中观察到，从光的研究到生物体的检查。理解achromatous的含义对于深入这些领域的学生和专业人士至关重要，因为它有助于澄清不同材料和物种的特征和行为。例如，在光学中，achromatous镜头旨在最小化色差，从而允许更清晰、更精确的图像。这在摄影和显微镜中尤为重要，因为颜色失真会显著影响视觉输出的质量。achromatous镜头的设计通常涉及将不同类型的玻璃结合在一起，这些玻璃具有不同的折射率。通过这样做，镜头可以以某种方式弯曲光线，使不同颜色在同一点聚焦，从而产生更清晰的图像。在生物学中，术语achromatous可以描述缺乏色素的生物，例如某些白化动物的物种。这些生物通常被研究以了解基因突变及黑色素在着色中的作用。缺乏色素可能导致这些动物独特的适应性，影响它们的生存和繁殖。例如，achromatous生物可能对阳光更敏感，这可能导致皮肤损伤或增加被捕食者的脆弱性。相反，一些achromatous物种已经发展出其他生存策略，例如增强的伪装或帮助它们在环境中生存的行为适应。成为achromatous的影响超出了单纯的美学；它们还涉及生态和进化动态。在生态系统中，achromatous物种的存在可能会影响食物链和不同生物之间的相互作用。捕食者可能依赖视觉线索进行捕猎，而achromatous猎物的存在可能会改变这些动态。此外，了解achromatous特征是如何在种群中产生和持续的，可以提供关于自然选择和适应过程的深入见解。此外，研究achromatous特征可以激发技术进步。例如，研究人员不断寻求通过学习自然的设计来改善光学设备。通过研究achromatous镜头及其功能，科学家可以开发出更好的相机、显微镜和其他成像技术，从而增强我们观察周围世界的能力。这种自然与技术领域之间的相互作用体现了在更广泛的背景下理解achromatous术语的重要性。总之，术语achromatous涵盖了各种科学学科中的迷人概念。无论是讨论光学设备的清晰度还是生物体的有趣适应性，识别achromatous特征的意义都能够让我们更深刻地欣赏自然世界以及由此启发的创新。随着我们继续探索颜色、光和生命的复杂性，理解achromatous元素无疑将在推动我们的知识和技术进步中发挥关键作用。