experimentally

简明释义

英[ɪkˌsperɪˈmentəli]美[ɪkˌsperɪˈmentəli]

adv. 实验上；用实验方法；实验式地

英英释义

单词用法

同义词

反义词

例句

1.For at least 50 years, the computer has been experimentally employed as the unflaggingly patient, attentive teaching assistant.

至少在50年前，电脑就被实验性地用作一个永不停歇、耐心、谨慎的助教。

2.The problem for researchers is how to manipulate people's relationships experimentally to effectively test the differences.

研究者的难题在于如何控制人们在实验中的关系以便于有效率地测试区别。

3.Before opening the front door he lifted the cases experimentally.

在打开前门之前，他试探性地提起了那些箱子。

4.No matter how outlandish your idea is, it must be accepted if it holds up experimentally.

无论多么古怪的想法是，我们必须接受，如果它拥有了实验。

5.This should also be measured experimentally in testing.

它也应在测试中根据试验测定。

6.The Born exponent is determined experimentally, and there are tables of that.

因为Born指数是由实验决定的，而且这里有它的数据表格。

7.The drug was tested experimentally in a clinical trial to determine its effectiveness.

这药物在临床试验中被实验性地测试以确定其有效性。

8.Scientists experimentally altered the conditions to see how it affected the results.

科学家们实验性地改变了条件，以观察其对结果的影响。

9.The new material was experimentally proven to withstand higher temperatures.

这种新材料被实验性地证明可以耐受更高的温度。

10.They approached the problem experimentally, trying out different solutions.

他们以实验性地方式处理这个问题，尝试不同的解决方案。

11.The team experimentally adjusted the parameters to optimize performance.

团队实验性地调整了参数以优化性能。

作文

In the realm of scientific research, the term experimentally refers to the process of testing hypotheses through controlled methods and observations. Scientists often rely on experimentally designed experiments to validate their theories or discover new phenomena. For instance, when a researcher proposes a new drug that could potentially cure a disease, they must conduct trials that are experimentally rigorous to ensure the drug's efficacy and safety. These trials typically involve a series of phases, each designed to gather data under specific conditions while minimizing variables that could skew the results. One of the most significant aspects of conducting research experimentally is the ability to replicate results. Replication is a cornerstone of scientific inquiry; it ensures that findings are not just anomalies but rather reflect a consistent pattern that can be observed by others. When researchers share their experimentally obtained results with the scientific community, they provide detailed methodologies so that others can replicate their studies. This transparency fosters trust in the scientific process and helps build a body of knowledge that is robust and reliable. Moreover, the importance of experimentally derived data extends beyond pure science into various fields such as engineering, psychology, and even social sciences. For example, in psychology, researchers may conduct experimentally controlled studies to understand human behavior better. By manipulating certain variables and observing the outcomes, psychologists can draw conclusions about the effects of different stimuli on behavior. This method allows them to develop theories that can be tested and refined over time. However, conducting experiments experimentally is not without its challenges. Ethical considerations often come into play, particularly when human subjects are involved. Researchers must navigate complex ethical guidelines to ensure that their experiments do not harm participants. Additionally, there are limitations in what can be tested experimentally. Some phenomena are too complex or influenced by too many variables to isolate and study effectively. Despite these challenges, the use of experimentally based methods remains a powerful tool in the quest for knowledge. The iterative nature of scientific research means that even unsuccessful experiments contribute valuable information. Each attempt teaches researchers something new, allowing them to refine their hypotheses and improve their methods. In this way, the journey of discovery is as important as the destination. In conclusion, the term experimentally encapsulates a fundamental approach in scientific research that emphasizes testing, observation, and replication. Through experimentally sound methodologies, scientists can uncover truths about the natural world, leading to advancements in technology, medicine, and our understanding of life itself. As we continue to explore the complexities of our universe, the need for rigorous, experimentally validated research will only grow, highlighting the importance of this term in the ongoing pursuit of knowledge.

在科学研究领域，术语experimentally指的是通过控制方法和观察来测试假设的过程。科学家们常常依赖于设计良好的实验来验证他们的理论或发现新的现象。例如，当一位研究人员提出一种可能治愈疾病的新药物时，他们必须进行严格的实验，以确保药物的有效性和安全性。这些试验通常涉及一系列阶段，每个阶段都旨在在特定条件下收集数据，同时最小化可能扭曲结果的变量。 进行实验的一个重要方面是能够复制结果。复制是科学探究的基石；它确保发现不仅仅是偶然，而是反映了一种可以被他人观察到的一致模式。当研究人员与科学界分享他们experimentally获得的结果时，他们提供详细的方法论，以便其他人可以复制他们的研究。这种透明度促进了对科学过程的信任，并帮助建立一个强大而可靠的知识体系。 此外，来自experimentally数据的重要性超越了纯科学，扩展到工程学、心理学甚至社会科学等各个领域。例如，在心理学中，研究人员可能会进行控制实验，以更好地理解人类行为。通过操纵某些变量并观察结果，心理学家可以得出关于不同刺激对行为影响的结论。这种方法使他们能够发展可以被测试和完善的理论。 然而，进行实验并不是没有挑战的。伦理考虑往往会起到作用，特别是在涉及人类受试者时。研究人员必须遵循复杂的伦理准则，以确保他们的实验不会伤害参与者。此外，还有一些现象过于复杂，或受太多变量的影响，以至于无法有效隔离和研究。 尽管面临这些挑战，使用基于experimentally的方法仍然是追求知识的强大工具。科学研究的迭代性质意味着即使是不成功的实验也会提供有价值的信息。每一次尝试都会教给研究人员一些新的东西，使他们能够完善假设并改进方法。以这种方式，发现的旅程与目的地同样重要。 总之，术语experimentally概括了科学研究中的一种基本方法，强调测试、观察和复制。通过严谨的experimentally方法，科学家们可以揭示自然界的真理，从而推动技术、医学以及我们对生命本身的理解的进步。随着我们继续探索宇宙的复杂性，对严格的、经过experimentally验证的研究的需求只会增加，突显出这一术语在不断追求知识过程中的重要性。