reproducible

简明释义

英[ˌriːprəˈdjuːsəbl]美[ˌriːprəˈduːsəbl]

adj. 可再生的；可繁殖的；可复写的

英英释义

单词用法

同义词

反义词

例句

1.He lost everything, his lab, his money.... I think he was mostly right, but the problem was that his results weren't 100% reproducible.

他失去了所有，他的实验室，他的钱……我想他基本上是对的，但是问题在于他的结果不是100%可重复。

2.An accurate and reproducible method can be used for the quality control of health food.

该方法准确，重现性好，可作为此保健食品的质量控制标准。

3.My first step in trying to isolate the problems reported by the tester was to come up with some simple, reproducible test cases.

为了将测试人员报告的问题剔出，我采取的第一个步骤是找出几个简单的、可重复的测试案例。

4.On the other hand, if I want to observe a reproducible problem in "real time," I use Sysinternals Process Explorer.

另一方面，如果我要“实时”观察重复问题，我会使用Sysinternals Process Explorer。

5.Before you record a session with a Citrix application, the behavior of that application must be perfectly reproducible.

当您使用Citrix应用程序记录一个会话前，这个应用程序的行为必须是完全可复制的。

6.Results: This methods was quick, simple, accurate and reproducible.

结果：该法快速简便，准确性高，重现性好。

7.In software development, having reproducible builds is crucial for debugging.

在软件开发中，拥有可重现的构建对于调试至关重要。

8.The chef shared a reproducible recipe for his famous dish.

厨师分享了他著名菜肴的可重现的食谱。

9.The scientist conducted an experiment to ensure that the results were reproducible.

科学家进行了一项实验，以确保结果是可重复的。

10.The study provided a reproducible method for measuring air quality.

这项研究提供了一种测量空气质量的可重复的方法。

11.To validate the findings, researchers must ensure their methods are reproducible.

为了验证发现，研究人员必须确保他们的方法是可重复的。

作文

In the realm of scientific research and experimentation, one of the most critical concepts is that of reproducible results. A finding is considered reproducible when it can be consistently duplicated under the same conditions by different researchers. This principle is fundamental to the integrity of science, as it ensures that results are not merely flukes or errors but rather reflect true phenomena that can be observed and verified multiple times.The importance of reproducible research cannot be overstated. When scientists publish their findings, other researchers must be able to replicate those experiments to confirm the validity of the results. If a study is reproducible, it lends credibility to the original research and builds a foundation for further inquiry. Conversely, if results cannot be reproduced, it raises questions about the methodology, data collection, and analysis used in the original study.One notable example of the significance of reproducible research can be found in the field of psychology. Over the past few years, there has been a growing concern regarding the reproducibility of psychological studies. Many high-profile experiments have failed to produce the same results when attempted by independent teams. This crisis of reproducibility has led to a reevaluation of research practices within the field, emphasizing the need for transparency, rigorous methodology, and open data sharing.Moreover, the push for reproducible research is not limited to psychology; it extends across various scientific disciplines, including biology, chemistry, and social sciences. Researchers are increasingly advocating for the adoption of standardized protocols and comprehensive reporting practices to enhance the reproducibility of their work. By doing so, they aim to cultivate a culture of accountability and reliability in scientific inquiry.In addition to methodological rigor, the role of technology in promoting reproducible research is becoming increasingly apparent. Advanced computational tools and software enable researchers to share their data and methodologies more easily, facilitating collaboration and enhancing the chances of reproducing results. Open-source platforms allow for greater accessibility of research materials, which can lead to more robust verification processes.However, challenges remain in achieving full reproducibility. Factors such as selective reporting, publication bias, and the pressure to produce novel findings can compromise the integrity of research. Scientists must navigate these obstacles while striving for transparency and honesty in their work. The scientific community is beginning to recognize the necessity of prioritizing reproducible results over sensational findings that may not withstand scrutiny.In conclusion, the concept of reproducible research is essential for the advancement of science. It fosters trust among researchers and the public, ensuring that scientific knowledge is built on a solid foundation of verified findings. As we move forward, it is crucial for scientists to embrace practices that promote reproducibility, thereby enhancing the credibility and reliability of their work. Only through a commitment to reproducible research can we hope to advance our understanding of the world and address the complex challenges we face today.

在科学研究和实验的领域中，可重复性结果是一个至关重要的概念。当不同的研究人员在相同条件下能够一致地复制某个发现时，这个发现被认为是可重复的。这一原则是科学诚信的基础，因为它确保结果不仅仅是偶然或错误，而是真实现象的反映，可以多次观察和验证。可重复性研究的重要性不容小觑。当科学家发表他们的发现时，其他研究人员必须能够复制这些实验以确认结果的有效性。如果一项研究是可重复的，这为原始研究增添了可信度，并为进一步探究奠定了基础。相反，如果结果无法被重复，则会引发对原始研究中使用的方法、数据收集和分析的质疑。心理学领域的一个显著例子突显了可重复性研究的重要性。在过去几年中，关于心理学研究的可重复性的担忧日益增长。许多高知名度的实验在独立团队尝试时未能产生相同的结果。这一可重复性危机导致该领域重新评估研究实践，强调透明度、严格的方法论和开放的数据共享的必要性。此外，对可重复的研究的推动不限于心理学，它延伸到生物学、化学和社会科学等多个科学学科。研究人员越来越倡导采用标准化协议和全面报告实践，以增强他们工作的可重复性。通过这样做，他们旨在培养科学探究中的责任感和可靠性文化。除了方法论的严谨性，技术在促进可重复的研究中的作用也日益明显。先进的计算工具和软件使研究人员能够更轻松地共享他们的数据和方法，从而促进合作并增强结果重现性的可能性。开源平台允许研究材料的更大可及性，这可以导致更强有力的验证过程。然而，在实现完全可重复性方面仍然存在挑战。选择性报告、出版偏见以及产生新颖发现的压力等因素可能会损害研究的完整性。科学家们必须在努力追求透明度和诚实的同时，克服这些障碍。科学界开始认识到，优先考虑可重复的结果而非可能经受不起审查的轰动发现的必要性。总之，可重复性研究的概念对于科学的发展至关重要。它在研究人员和公众之间建立信任，确保科学知识建立在经过验证的发现的坚实基础上。随着我们不断前进，科学家们必须接受促进可重复性的实践，从而增强他们工作的可信度和可靠性。只有通过对可重复研究的承诺，我们才能希望推进对世界的理解，并应对我们今天面临的复杂挑战。