replicated

简明释义

英[ˈreplɪkeɪtɪd]美[ˈreplɪkeɪtɪd]

重复的

英英释义

单词用法

同义词

反义词

例句

1.We define data structures and replicated items.

我们定义了数据结构和复制项。

2.The rat findings have been replicated many times and extended to creatures ranging from yeast to fruit flies, worms, fish, spiders, mice and hamsters.

小白鼠身上的试验已经被重复了很多次，并扩展到从酵母到果蝇、蠕虫、鱼、蜘蛛、老鼠和仓鼠等各种生物。

3.One, no one's ever replicated the study.

第一，没有人复制过这项研究。

4.The density differential was replicated.

密度差被复制了。

5.A gene is a piece of biological information that gets copied or replicated, and the copy or replica is passed on to the new generation.

基因是一段被复制或重组的生物信息，这种复制或重组会传递给下一代。

6.What attributes of the old violins have been replicated?

复古小提琴的什么性质已经被复制出来了呢？

7.You can specify exactly what data gets replicated.

可以精确指定要复制的数据。

8.Australia's success story is about more than easily copied technological fixes, and up to now no nation has replicated its all-encompassing system.

澳大利亚的成功故事不仅仅是简单的复制技术性修正，到目前为止还没有一个国家复制了它包罗万象的系统。

9.The DNA sample was replicated 复制 for further analysis.

DNA样本被复制以便进一步分析。

10.This software can be easily replicated 复制 on multiple devices.

这个软件可以在多个设备上轻松复制。

11.Her success in business was replicated 复制 by her colleagues after they followed her strategies.

她在商业上的成功被她的同事们复制，因为他们遵循了她的策略。

12.The scientist successfully replicated 复制 the experiment to verify the results.

科学家成功地复制了实验以验证结果。

13.The artist's work was so unique that it couldn't be replicated 复制 by anyone else.

这位艺术家的作品是如此独特，以至于没有人能复制。

作文

In the world of scientific research, the term replicated (复制) holds significant importance. It refers to the process of repeating an experiment or study to verify its results. The ability to replicate findings is a cornerstone of the scientific method, ensuring that conclusions drawn from research are reliable and valid. When a study is replicated (复制), it allows other researchers to confirm the original findings, which enhances the credibility of the research. For instance, consider a groundbreaking study that claims a new drug significantly reduces symptoms of a disease. Before this claim can be widely accepted, other scientists must conduct their own studies to see if they can achieve similar results. If these independent studies consistently show the same positive outcomes, the original findings are said to be replicated (复制). This process not only solidifies the trust in the new treatment but also helps to identify any potential flaws in the initial research. However, not all studies can be easily replicated (复制). Some experiments are highly specific to certain conditions or populations, making it challenging for others to reproduce the results. Additionally, factors such as sample size, methodology, and even the researchers' biases can influence the replicability of a study. This has led to growing concerns in the scientific community about the so-called 'replication crisis,' where many high-profile studies have failed to be replicated (复制) by subsequent researchers. The importance of replication extends beyond just verifying results; it also fosters collaboration and communication within the scientific community. When researchers share their methodologies and data openly, it becomes easier for others to attempt to replicated (复制) their work. This transparency not only promotes trust but also encourages a culture of learning and improvement. By understanding how and why certain results were achieved, scientists can refine their approaches and develop more robust theories. Moreover, the concept of replicated (复制) research is not limited to the natural sciences. In social sciences, for example, researchers often seek to replicated (复制) studies on human behavior to understand the complexities of societal trends. A psychological study that finds a correlation between stress levels and productivity may be replicated (复制) in different settings or cultures to see if the same relationship holds true across diverse populations. This kind of research contributes to a broader understanding of human behavior and can inform policy decisions and interventions. In conclusion, the act of replicated (复制) research is essential for the advancement of knowledge in any field. It serves as a check against false claims and ensures that scientific progress is built on a solid foundation of evidence. As we continue to push the boundaries of what we know, the ability to replicated (复制) findings will remain a critical aspect of the scientific endeavor. By valuing replication, we not only honor the integrity of research but also pave the way for future discoveries that can benefit society as a whole.

在科学研究的世界中，术语replicated（复制）具有重要意义。它指的是重复实验或研究以验证其结果的过程。能够进行重复实验是科学方法的基石，确保从研究中得出的结论是可靠和有效的。当一项研究被replicated（复制）时，它允许其他研究人员确认原始发现，从而增强研究的可信度。例如，考虑一项开创性的研究，该研究声称一种新药显著减轻某种疾病的症状。在这一声明被广泛接受之前，其他科学家必须进行自己的研究，以查看他们是否可以获得类似的结果。如果这些独立研究一致显示出相同的积极结果，则原始发现被称为replicated（复制）。这个过程不仅巩固了对新治疗的信任，而且还有助于识别初始研究中的任何潜在缺陷。然而，并非所有研究都可以轻易地replicated（复制）。一些实验特定于某些条件或人群，使得其他人难以重现结果。此外，样本大小、方法论甚至研究人员的偏见等因素都可能影响研究的可重复性。这导致科学界对所谓的“复制危机”产生越来越多的担忧，许多高调的研究未能被后续研究者replicated（复制）。复制的重要性不仅限于验证结果；它还促进了科学界内的合作与沟通。当研究人员公开分享他们的方法和数据时，其他人就更容易尝试replicated（复制）他们的工作。这种透明度不仅促进了信任，还鼓励了学习和改进的文化。通过理解某些结果是如何以及为何实现的，科学家们可以完善他们的方法，发展出更强健的理论。此外，replicated（复制）研究的概念并不限于自然科学。在社会科学中，例如，研究人员通常寻求replicated（复制）关于人类行为的研究，以理解社会趋势的复杂性。一项发现压力水平与生产力之间存在相关性的心理学研究，可能会在不同的环境或文化中replicated（复制），以查看相同的关系是否在不同人群中成立。这类研究有助于更广泛地理解人类行为，并能为政策决策和干预措施提供参考。总之，replicated（复制）研究的行为对于任何领域的知识进步都是至关重要的。它充当了对虚假声明的检查，确保科学进展建立在坚实的证据基础上。随着我们继续推动对知识的边界，replicated（复制）发现的能力将仍然是科学努力的重要方面。通过重视复制，我们不仅尊重研究的诚信，还为未来的发现铺平道路，这些发现能够惠及整个社会。