Experimentalist

Experimentalist的音标为[ɪkˈsperɪMENəlst]，基本翻译为“实验主义者”，速记技巧为：实验（expe）+ 主义者（ist）=>实验主义者。

Experimentalist这个词源自拉丁语experientia（经验）和动词词缀-ial（形容词后缀，表示“……的”），意为“经验主义者”或“实验主义者”。这个词通常用来指那些通过实验和实证研究来获取知识或理解的人。

变化形式：名词形式通常为experimentalist或experimentalists，形容词形式为experimental。

相关单词：

1. Experiment（实验）：最基本的实验相关词汇，表示进行实验或进行实验操作。

2. Experimental science（实验科学）：指通过实验手段进行研究，获取新知识或理解的科学领域。

3. Investigative（调查的）：与实验主义相对，这个词表示通过调查和研究获取知识的方式。

4. Practical（实用的）：这个词与实验主义有一定关联，表示与实际应用相关的，而非纯理论的研究。

5. Test（测试）：实验的一个基本组成部分，用于验证假设或理论。

6. Laboratory（实验室）：进行实验和研究的地方。

7. Research（研究）：广义上指各种类型的研究工作，包括实验研究。

8. Trial（试验）：一种特定的实验，通常用于测试新产品或方法的效果。

9. Actual（实际的）：与实验主义相关，表示基于实际情况的研究或方法。

10. Fieldwork（实地调查）：一种实验主义的方法，指在现实环境中进行观察和研究。

常用短语：

1. experimental method

2. experimental design

3. experimental laboratory

4. experimental research

5. experimental data

6. experimental analysis

7. experimental error

8. experimental proof

双语例句：

1. Experimental method is widely used in scientific research. (实验方法广泛应用于科学研究)

2. The experimental design needs to be carefully planned. (实验设计需要仔细规划)

3. The experimental laboratory is a place for scientific exploration. (实验实验室是科学探索的地方)

4. The experimental data showed that the new product was successful. (实验数据表明新产品是成功的)

5. The experimental analysis revealed the cause of the problem. (实验分析揭示了问题的原因)

6. There was some experimental error in the data collection. (数据收集过程中存在一些实验误差)

7. The experimental proof supported the theory of evolution. (实验证明支持进化论)

英文小作文：

Title: Experimental Research: The Key to Understanding the World

Experimental research has become an essential part of modern science, allowing us to explore the world and unlock its secrets. Through experimental method, we can test hypotheses, gather data, and analyze results to gain a deeper understanding of the natural world. Experimental design requires careful planning and execution, ensuring that the experiment is reliable and reproducible. Experimental laboratory is a place where scientific exploration takes place, allowing us to test theories and hypotheses in a controlled environment. Experimental data is the result of experiments, providing us with insights into the workings of the world around us. Through experimental analysis, we can identify patterns and trends in the data, revealing the cause of phenomena and answering fundamental questions about our universe. Experimental error is an inevitable part of experimental research, but it can be minimized by using reliable methods and ensuring proper controls in the experiment. Finally, experimental proof is the ultimate validation of a hypothesis or theory, providing conclusive evidence that supports our understanding of the world. Experimental research is a crucial tool for scientific exploration and discovery, allowing us to gain a deeper understanding of our universe and unlock its secrets.