accuracy in reproduction

简明释义

再生精确度

英英释义

例句

1.The artist was praised for the accuracy in reproduction of the historical scene, which is critical for educational purposes.

这位艺术家因其对历史场景的再现准确性而受到赞扬，这对教育目的至关重要。

2.The film's director emphasized the need for accuracy in reproduction of historical events to maintain credibility.

该电影的导演强调了保持历史事件再现准确性以维护可信度的必要性。

3.The museum focused on the accuracy in reproduction of ancient artifacts to provide an authentic experience for visitors.

博物馆专注于古代文物的再现准确性，以为游客提供真实的体验。

4.In scientific research, accuracy in reproduction of experiments ensures that results can be verified by others.

在科学研究中，实验的再现准确性确保结果可以被他人验证。

5.For musicians, achieving accuracy in reproduction of a composer's intent is essential during performances.

对于音乐家来说，在演出中实现作曲家意图的再现准确性至关重要。

作文

In the world of art and science, the concept of accuracy in reproduction plays a critical role in ensuring that the original work is faithfully represented. Whether it is a painting, a sculpture, or a scientific experiment, maintaining the integrity of the original is essential for both appreciation and understanding. The term accuracy in reproduction can be defined as the degree to which a copy or representation reflects the qualities and characteristics of the original piece. This idea is particularly important in fields such as art history, where reproducing artworks accurately allows future generations to experience and study them without the need for direct access to the originals.For instance, consider the reproduction of famous paintings like Leonardo da Vinci's "Mona Lisa". Art historians and enthusiasts rely on high-quality reproductions to analyze the techniques used by the artist, the colors employed, and the emotions conveyed. The accuracy in reproduction of such masterpieces ensures that viewers can appreciate the subtleties of the original work, even if they are viewing a print or digital image. If the reproduction fails to capture these elements, it can lead to a misunderstanding of the artist's intent and the cultural significance of the piece.In the realm of science, accuracy in reproduction is equally vital. Scientific experiments must be reproducible to validate results and confirm hypotheses. When researchers conduct an experiment, they aim to achieve the same results under the same conditions. This principle of reproducibility is fundamental to the scientific method, as it allows for the verification of findings and the accumulation of knowledge. If an experiment cannot be reproduced with the same accuracy, it raises questions about the reliability of the initial results.Moreover, the technological advancements we have today have significantly impacted the accuracy in reproduction in both art and science. Digital tools and techniques enable artists to create stunning reproductions that can closely resemble the original works. Similarly, scientists can use sophisticated equipment to ensure their experiments yield consistent and accurate results. However, it is essential to approach these technologies with caution, as they can also introduce new variables that may affect the outcomes.In conclusion, accuracy in reproduction is a fundamental concept that transcends various fields, from art to science. It emphasizes the importance of fidelity to the original work, whether in the form of a visual representation or a scientific experiment. By striving for accuracy, we not only honor the creators of original works but also contribute to the ongoing dialogue and exploration of ideas across generations. As we continue to develop new methods for reproduction, it is crucial to maintain a balance between innovation and respect for the original, ensuring that both art and science can flourish in their respective domains.

在艺术和科学的世界中，再现的准确性这一概念在确保原作得到忠实呈现方面发挥着关键作用。无论是绘画、雕塑还是科学实验，保持原作的完整性对于欣赏和理解都是必不可少的。术语再现的准确性可以定义为副本或表现反映原作特征和品质的程度。这个理念在艺术史等领域尤为重要，因为准确地再现艺术作品使后代能够体验和研究它们，而无需直接接触原作。例如，考虑到达芬奇的《蒙娜丽莎》等著名画作的再现。艺术历史学家和爱好者依靠高质量的再现来分析艺术家使用的技巧、所用的颜色以及传达的情感。再现的准确性确保观众能够欣赏原作的细微之处，即使他们看到的是印刷品或数字图像。如果再现未能捕捉这些元素，就可能导致对艺术家意图和作品文化意义的误解。在科学领域，再现的准确性同样至关重要。科学实验必须可重复，以验证结果并确认假设。当研究人员进行实验时，他们希望在相同条件下获得相同的结果。这种可重复性原则是科学方法的基础，因为它允许对发现进行验证并积累知识。如果实验无法以相同的准确性再现，就会对初始结果的可靠性产生质疑。此外，今天我们拥有的技术进步极大地影响了艺术和科学中的再现的准确性。数字工具和技术使艺术家能够创造出与原作非常相似的惊人再现。同样，科学家可以使用复杂的设备来确保实验产生一致且准确的结果。然而，必须谨慎对待这些技术，因为它们也可能引入新的变量，从而影响结果。总之，再现的准确性是一个超越各个领域的基本概念，从艺术到科学。它强调了对原作的忠实度的重要性，无论是以视觉表现还是科学实验的形式。通过追求准确性，我们不仅尊重原作的创作者，还为跨代际的思想对话和探索做出贡献。随着我们继续开发新的再现方法，保持创新与对原作的尊重之间的平衡至关重要，从而确保艺术和科学在各自领域中蓬勃发展。