experimental starting

简明释义

试起动

英英释义

例句

1.The experimental starting point for this study was based on previous research findings.

本研究的实验性起始点基于之前的研究结果。

2.Using experimental starting strategies helped the company innovate faster.

采用实验性起始策略帮助公司更快地创新。

3.During the workshop, we explored various experimental starting techniques for our projects.

在研讨会上，我们探讨了各种实验性起始技术用于我们的项目。

4.The researchers decided to use experimental starting methods to test their new hypothesis.

研究人员决定使用实验性起始方法来测试他们的新假设。

5.The team implemented an experimental starting phase in their development process.

团队在他们的开发过程中实施了一个实验性起始阶段。

作文

In the realm of scientific research and innovation, the concept of experimental starting plays a pivotal role in shaping new discoveries and advancements. Experimental starting refers to the initial phase of a research project where hypotheses are formulated, methodologies are designed, and preliminary experiments are conducted to test the viability of ideas. This stage is crucial as it lays the foundation for subsequent phases of research and development.One of the key aspects of experimental starting is the formulation of hypotheses. Researchers must identify a specific problem or question that they wish to address. For instance, if a scientist is interested in studying the effects of a new drug on a particular disease, they will begin by formulating a hypothesis about how the drug interacts with the disease at a cellular level. This hypothesis serves as a guiding framework for the entire research process.Once the hypothesis is established, the next step in experimental starting involves designing an appropriate methodology. This includes selecting the right experimental tools, defining the sample population, and determining the variables that will be measured. A well-designed experiment is essential to ensure that the results obtained are valid and reliable. For example, in clinical trials, researchers must carefully consider factors such as dosage, timing, and control groups to accurately assess the drug's effectiveness.Preliminary experiments are also a significant part of experimental starting. These initial tests help researchers gather data and insights that can refine their hypotheses and experimental designs. Often, these early experiments may lead to unexpected findings that can alter the direction of the research. For instance, a scientist might discover that a particular compound has additional effects that were not initially anticipated, prompting further investigation into those effects.Moreover, experimental starting fosters creativity and innovation. It encourages researchers to think outside the box and explore unconventional approaches to problem-solving. In many cases, groundbreaking discoveries arise from unexpected results during the experimental starting phase. This highlights the importance of maintaining an open mind and being willing to adapt to new information.In addition to its significance in scientific research, experimental starting is also applicable in various fields such as technology development, product design, and even art. For instance, a tech company developing a new software application might go through an experimental starting phase where they prototype different features and gather user feedback before finalizing the product. Similarly, artists often experiment with different techniques and materials during their creative process, leading to unique and innovative works of art.In conclusion, the concept of experimental starting is fundamental to the advancement of knowledge and innovation across various disciplines. By establishing hypotheses, designing effective methodologies, and conducting preliminary experiments, researchers and creators can pave the way for new discoveries and improvements. Embracing the experimental starting phase not only facilitates the scientific method but also nurtures creativity and fosters an environment of exploration and discovery. As we continue to push the boundaries of what is known, the importance of experimental starting will only grow, driving progress in science, technology, and the arts.

在科学研究和创新的领域中，实验起始的概念在塑造新发现和进步方面发挥着关键作用。实验起始是指研究项目的初始阶段，在这一阶段中，研究者制定假设、设计方法论，并进行初步实验以测试想法的可行性。这个阶段至关重要，因为它为后续的研究和开发阶段奠定了基础。实验起始的一个关键方面是假设的制定。研究者必须确定他们希望解决的具体问题或问题。例如，如果一位科学家对一种新药对特定疾病的影响感兴趣，他们将首先制定关于该药物如何在细胞水平上与疾病相互作用的假设。这个假设为整个研究过程提供了指导框架。一旦假设建立，实验起始的下一步就是设计合适的方法论。这包括选择正确的实验工具、定义样本群体以及确定将要测量的变量。良好设计的实验对于确保获得的结果有效且可靠至关重要。例如，在临床试验中，研究人员必须仔细考虑剂量、时间和对照组等因素，以准确评估药物的有效性。初步实验也是实验起始的重要组成部分。这些初步测试帮助研究人员收集数据和见解，从而可以完善他们的假设和实验设计。通常，这些早期实验可能会导致意想不到的发现，这可能会改变研究的方向。例如，一位科学家可能会发现某种化合物具有未被预见的额外效果，从而促使进一步调查这些效果。此外，实验起始促进了创造力和创新。它鼓励研究人员跳出固有思维，探索非常规的解决方案。在许多情况下，突破性的发现源于实验起始阶段的意外结果。这突显了保持开放心态和愿意适应新信息的重要性。除了在科学研究中的重要性，实验起始还适用于技术开发、产品设计甚至艺术等各个领域。例如，一家开发新软件应用程序的科技公司可能会经历一个实验起始阶段，在这一阶段中，他们原型化不同的功能并收集用户反馈，然后再最终确定产品。类似地，艺术家在创作过程中经常会尝试不同的技术和材料，从而产生独特而创新的艺术作品。总之，实验起始的概念对于各个学科知识和创新的进步至关重要。通过建立假设、设计有效的方法论和进行初步实验，研究者和创造者可以为新的发现和改进铺平道路。拥抱实验起始阶段不仅促进了科学方法的发展，还滋养了创造力，营造了探索和发现的环境。随着我们不断推动已知界限，实验起始的重要性只会增加，推动科学、技术和艺术的进步。