non-simultaneous observation

简明释义

异时观测

英英释义

例句

1.Psychologists often employ non-simultaneous observation 非同时观察 to assess behavioral changes in individuals over time.

心理学家经常使用非同时观察 非同时观察来评估个体随时间的行为变化。

2.The team used non-simultaneous observation 非同时观察 techniques to monitor the growth patterns of plants in different environments.

该团队使用非同时观察 非同时观察技术来监测植物在不同环境中的生长模式。

3.In a scientific study, researchers conducted a series of experiments that involved non-simultaneous observation 非同时观察 of the subjects to gather more accurate data.

在一项科学研究中，研究人员进行了系列实验，涉及对受试者的非同时观察 非同时观察，以收集更准确的数据。

4.The non-simultaneous observation 非同时观察 of animal behavior allowed scientists to analyze changes over time rather than just at one moment.

对动物行为的非同时观察 非同时观察使科学家能够分析随时间变化的情况，而不仅仅是在某一时刻。

5.In astronomy, non-simultaneous observation 非同时观察 of celestial events can lead to better understanding of their dynamics.

在天文学中，非同时观察 非同时观察天体事件可以更好地理解它们的动态。

作文

In the realm of scientific research and data analysis, the concept of non-simultaneous observation plays a crucial role in understanding phenomena that cannot be measured or observed at the same time. This term refers to situations where observations are made at different times rather than concurrently. The implications of non-simultaneous observation can significantly affect the accuracy and reliability of data collected in various fields, including psychology, ecology, and physics.For instance, in psychological studies, researchers often rely on non-simultaneous observation to analyze behavior over extended periods. By observing a subject's reactions in different contexts or time frames, psychologists can gain insights into behavioral patterns that may not be evident through simultaneous observation. This method allows for a more nuanced understanding of how individuals react to changes in their environment or circumstances.Similarly, in ecological research, scientists frequently encounter situations where non-simultaneous observation is necessary. For example, when studying animal migration patterns, researchers may track the movements of a species over several seasons. Since these migrations occur at different times, scientists must rely on non-simultaneous observation to gather data effectively. This approach enables them to develop a comprehensive understanding of the factors influencing migration, such as climate change or habitat loss.In the field of physics, non-simultaneous observation is particularly relevant in experiments involving particles or astronomical events. When observing celestial bodies, astronomers often analyze light from distant stars or galaxies that has taken millions of years to reach Earth. This means that the observations are inherently non-simultaneous, as the light we see today reflects the state of those celestial objects at the time the light was emitted, not their current state. Understanding this concept is vital for interpreting astronomical data accurately and making predictions about the universe's evolution.Despite its importance, non-simultaneous observation also presents challenges. One significant issue is the potential for changes over time that can affect the validity of the data collected. For example, if researchers observe a population of animals at two different times, external factors such as environmental changes, human interference, or natural disasters could alter the behavior or characteristics of that population. Therefore, it is essential for researchers to account for these variables when analyzing data gathered through non-simultaneous observation.Moreover, the reliance on non-simultaneous observation necessitates careful planning and methodological rigor. Researchers must design their studies to minimize bias and ensure that the data collected is representative of the phenomenon being studied. This often involves using control groups, random sampling, and other statistical techniques to validate findings.In conclusion, the concept of non-simultaneous observation is integral to many scientific disciplines. It allows researchers to gather valuable data over time, providing insights that would be impossible to achieve through simultaneous observation alone. However, it also requires careful consideration of the factors that may influence the data collected. By understanding and effectively utilizing non-simultaneous observation, scientists can continue to advance our knowledge in various fields and contribute to a deeper understanding of the world around us.

在科学研究和数据分析领域，非同时观察的概念在理解无法同时测量或观察的现象中发挥着至关重要的作用。这个术语指的是观察在不同时间进行而不是同时进行的情况。非同时观察的影响可能会显著影响在心理学、生态学和物理学等各个领域收集的数据的准确性和可靠性。例如，在心理学研究中，研究人员通常依赖于非同时观察来分析长时间内的行为。通过在不同的环境或时间框架中观察一个主体的反应，心理学家可以获得行为模式的洞察，这些模式在同时观察中可能并不明显。这种方法使人们能够更细致地理解个体如何对环境或情况的变化做出反应。同样，在生态研究中，科学家经常遇到需要非同时观察的情况。例如，在研究动物迁徙模式时，研究人员可能会跟踪一个物种在多个季节中的移动。由于这些迁徙是在不同时间发生的，科学家必须依赖于非同时观察来有效地收集数据。这种方法使他们能够全面了解影响迁徙的因素，如气候变化或栖息地丧失。在物理学领域，非同时观察在涉及粒子或天文事件的实验中特别相关。当观察天体时，天文学家通常分析来自遥远恒星或星系的光，这些光已经花费了数百万年的时间到达地球。这意味着我们今天看到的观察结果本质上是非同时的，因为我们看到的光反映了那些天体在光发射时的状态，而不是它们当前的状态。理解这一概念对于准确解读天文数据和预测宇宙的演变至关重要。尽管其重要性，非同时观察也带来了挑战。一个主要问题是时间的变化可能会影响所收集数据的有效性。例如，如果研究人员在两个不同的时间观察一群动物，外部因素如环境变化、人为干预或自然灾害可能会改变该种群的行为或特征。因此，研究人员在分析通过非同时观察收集的数据时，必须考虑这些变量。此外，依赖于非同时观察还需要仔细规划和方法论的严格性。研究人员必须设计他们的研究，以最小化偏见，并确保所收集的数据能够代表正在研究的现象。这通常涉及使用对照组、随机抽样和其他统计技术来验证发现。总之，非同时观察的概念对于许多科学学科至关重要。它使研究人员能够随着时间的推移收集有价值的数据，提供通过同时观察无法实现的洞察。然而，它也要求仔细考虑可能影响所收集数据的因素。通过理解和有效利用非同时观察，科学家们可以继续推动各个领域的知识进步，并为更深入理解我们周围的世界做出贡献。