experimental

简明释义

英[ɪkˌsperɪˈment(ə)l]美[ɪkˌsperɪˈmentl]

adj. 实验性的，试验性的；<古>根据经验的，经验上的

英英释义

单词用法

同义词

反义词

例句

1.Not long ago, an experimental school was opened near the capital, Dacca, to help poor children.

不久前，首都达卡附近开设了一所实验性学校，以帮助贫困儿童。

2.The new plan for traffic control is being put into action on an experimental basis.

新的交通管理方案正在试验实施。

3.Compared to their classical predecessors, these newer art forms are freer, more experimental, more improvisational.

与古典艺术相比，这些新的艺术形式更自由化，更即兴，更有试验性。

4.In 2002, the US Federation of American Societies for Experimental Biology recommended that every postdoctoral researcher put together an IDP in consultation with an adviser.

在2002年，美国实验生物学协会联合会建议每个博士后研究员在咨询顾问之后制定一个IDP。

5.An experimental version of the traditional scholarly methods course was designed to raise students' consciousness about the usefulness of traditional learning for any modern critic or theorist.

传统学术方法课程的实验版本旨在提高学生对传统学习对任何现代批评家或理论家有用性的意识。

6.For the time being, however, immunotherapy is still in its experimental stages.

然而，目前免疫疗法还处于试验阶段。

7.The researchers conducted an experimental 实验的 study to test the new drug's effectiveness.

研究人员进行了一个实验的研究，以测试新药的有效性。

8.In the art class, students were encouraged to try experimental 实验的 techniques with their paintings.

在美术课上，学生们被鼓励在他们的画作中尝试实验的技巧。

9.The experimental 实验的 design of the product aimed to attract younger consumers.

该产品的实验的设计旨在吸引年轻消费者。

10.She loves attending experimental 实验的 theater performances that challenge traditional narratives.

她喜欢参加挑战传统叙事的实验的戏剧表演。

11.The experimental 实验的 phase of the project lasted for six months.

该项目的实验的阶段持续了六个月。

作文

In the realm of science and technology, the term experimental refers to a method or approach that involves testing hypotheses through observation and experimentation. This process is crucial for the advancement of knowledge and innovation. For instance, when scientists develop a new drug, they conduct experimental trials to determine its efficacy and safety before it can be approved for public use. These trials are meticulously designed to eliminate bias and ensure that the results are reliable. The experimental phase is often where groundbreaking discoveries are made, paving the way for future advancements in medicine and other fields. Moreover, the experimental approach is not limited to the hard sciences. In the arts, for example, artists often engage in experimental techniques to push the boundaries of traditional forms. A painter might use unconventional materials or methods to create a piece that challenges viewers' perceptions. This kind of experimental art invites audiences to engage with the work on a deeper level, provoking thought and dialogue about the nature of creativity itself. In education, experimental learning plays a vital role in fostering critical thinking and problem-solving skills among students. By engaging in hands-on projects and real-world scenarios, learners can apply theoretical knowledge in practical situations. For instance, a science class might involve students conducting experimental investigations to explore chemical reactions, allowing them to grasp complex concepts through direct experience. The importance of experimental methods extends beyond individual disciplines; it also influences interdisciplinary collaboration. Researchers from different fields often come together to tackle complex problems, utilizing experimental techniques from their respective areas of expertise. This collaborative spirit can lead to innovative solutions that would not have been possible within the confines of a single discipline. Despite the numerous benefits of experimental approaches, there are inherent challenges as well. The experimental process can be time-consuming and costly, requiring significant resources to conduct thorough investigations. Additionally, the results of experimental studies can sometimes be difficult to interpret, leading to debates within the scientific community about their validity and implications. In conclusion, the concept of experimental is integral to the growth of knowledge across various domains. Whether in science, art, or education, experimental methods encourage exploration, creativity, and collaboration. As we continue to navigate an increasingly complex world, embracing experimental approaches will be essential for fostering innovation and addressing the challenges that lie ahead. Ultimately, the spirit of experimental inquiry will drive humanity forward, opening doors to new possibilities and deeper understanding of the universe around us.

在科学和技术的领域中，术语experimental指的是一种通过观察和实验来测试假设的方法或方法。这一过程对于知识和创新的进步至关重要。例如，当科学家开发一种新药时，他们会进行experimental试验，以确定其有效性和安全性，然后才能获得公众使用的批准。这些试验经过精心设计，以消除偏见并确保结果的可靠性。experimental阶段往往是开创性发现产生的地方，为未来在医学和其他领域的进步铺平了道路。 此外，experimental方法并不仅限于硬科学。在艺术领域，例如，艺术家们常常采用experimental技术来突破传统形式的界限。一位画家可能会使用非常规材料或方法来创作一件挑战观众感知的作品。这种experimental艺术邀请观众更深入地与作品互动，激发对创造力本质的思考和对话。 在教育中，experimental学习在培养学生的批判性思维和解决问题的能力方面发挥着重要作用。通过参与动手项目和现实场景，学习者可以在实际情况下应用理论知识。例如，科学课可能涉及学生进行experimental调查，以探索化学反应，使他们能够通过直接经验掌握复杂概念。 experimental方法的重要性超越了单一学科；它还影响着跨学科的合作。来自不同领域的研究人员经常聚集在一起，以利用各自专业领域的experimental技术来解决复杂问题。这种合作精神可以导致创新解决方案，这在单一学科的范围内是无法实现的。 尽管experimental方法有许多好处，但也存在固有的挑战。experimental过程可能耗时且成本高昂，需要大量资源来进行彻底的调查。此外，experimental研究的结果有时可能难以解释，导致科学界对其有效性和意义的辩论。 总之，experimental的概念对于各个领域知识的增长至关重要。无论是在科学、艺术还是教育中，experimental方法都鼓励探索、创造力和合作。随着我们继续在一个日益复杂的世界中导航，拥抱experimental方法对于促进创新和应对未来的挑战将是必不可少的。最终，experimental探究的精神将推动人类向前发展，打开新的可能性和更深入理解周围宇宙的大门。