scientifically

简明释义

英[ˌsaɪənˈtɪfɪkli]美[ˌsaɪənˈtɪfɪkli]

adv. 系统地；合乎科学地；学问上

英英释义

单词用法

同义词

反义词

例句

1.Though the undertaking might be scientifically exciting this wouldn't be the primary motivation.

虽然这项事业在科学上是令人振奋的，但这却无法作为计划的原始动机。

2.Please tell people how to deal with the rubbish scientifically.

请告诉人们如何科学地处理垃圾。

3.Russia has always been scientifically advanced.

俄罗斯实际上一直都在科技上处于领先地位。

4.Currently, there are few interventions whose effectiveness has been scientifically proven.

目前，在有效性上得到科学论证的干预措施寥寥无几。

5.But, scientifically speaking, is he correct?

但是，从科学上来讲，他是否正确呢？

6.Odd though it sounds, cosmicinflation is a scientifically plausible consequence of some respected ideas in elementary-particle physics.

宇宙膨胀说虽然听似奇特，但它是基本粒子物理学中一些公认的理论在科学上看来可信的推论。

7.Efforts are being made to research it scientifically.

正在努力对它进行科学研究。

8.Gleick: Scientifically, information is a choice-a yes-or-no choice.

格莱克：从科学角度说，信息是一种是与非的选择。

9.Such tapes are scientifically designed to help you "reset" your brain and calm down.

这些磁带是依据科学而设计的，可以帮助你“重新调节”你的大脑，让你平静下来。

10.The results of the experiment were analyzed scientifically 科学地 to ensure accuracy.

实验结果被科学地分析，以确保准确性。

11.She approached the problem scientifically 科学地, using data and evidence to support her claims.

她以科学的方式解决问题，使用数据和证据来支持她的论点。

12.The researchers conducted a scientifically 科学的 rigorous study to test their hypothesis.

研究人员进行了一项科学的严格研究，以测试他们的假设。

13.It is essential to evaluate the health benefits scientifically 科学地 before making any recommendations.

在提出任何建议之前，评估健康益处是至关重要的，必须科学地进行。

14.They scientifically 科学地 proved that the new drug was effective in treating the disease.

他们科学地证明了新药在治疗该疾病方面是有效的。

作文

In today's world, the importance of understanding concepts and phenomena *科学地* is more critical than ever. As we face numerous challenges, from climate change to public health crises, relying on empirical evidence and rigorous methodologies has become essential. When we approach problems *科学地*, we utilize a systematic process that includes observation, experimentation, and analysis. This method allows us to draw conclusions based on facts rather than assumptions or beliefs. For instance, consider the issue of climate change. Scientists have gathered vast amounts of data over the years, studying temperature patterns, ice core samples, and carbon dioxide levels in the atmosphere. By analyzing this information *科学地*, they have developed models that predict future climate scenarios. These models are not just theoretical; they are based on solid evidence collected through decades of research. As a result, we can understand the potential impacts of our actions on the environment and make informed decisions about how to mitigate these effects. Similarly, in the field of medicine, advancements are often made when researchers approach their studies *科学地*. Clinical trials, for example, are designed to test new treatments under controlled conditions. By comparing the effects of a new drug against a placebo, scientists can determine its efficacy and safety. This process ensures that medical interventions are based on reliable data, ultimately improving patient outcomes. Without this *科学地* approach, we would be left with anecdotal evidence and unverified claims, which could lead to harmful consequences. Moreover, education systems around the world are increasingly emphasizing the importance of teaching students to think *科学地*. Critical thinking skills are essential for navigating the vast amount of information available today. Students are encouraged to question sources, analyze data, and draw conclusions based on evidence. This shift towards a more analytical mindset prepares future generations to tackle complex issues with confidence and competence. In conclusion, approaching problems and questions *科学地* is vital for progress in various fields. From environmental science to healthcare, the ability to gather data, analyze it, and draw conclusions based on evidence is crucial. As we continue to confront global challenges, fostering a culture that values scientific inquiry will be key to finding effective solutions. By prioritizing a *科学地* approach, we can ensure that our decisions are informed, rational, and beneficial for society as a whole.

在当今世界，理解概念和现象的*科学地* 重要性比以往任何时候都更为关键。当我们面临诸多挑战，从气候变化到公共健康危机时，依赖经验事实和严格的方法论变得至关重要。当我们*科学地* 解决问题时，我们利用一个系统的过程，包括观察、实验和分析。这个方法使我们能够基于事实而非假设或信仰得出结论。 例如，考虑气候变化的问题。科学家们多年来收集了大量数据，研究温度模式、冰芯样本以及大气中的二氧化碳水平。通过*科学地* 分析这些信息，他们开发了预测未来气候情景的模型。这些模型不仅仅是理论；它们是建立在数十年研究所收集的坚实证据基础上的。因此，我们可以理解我们行为对环境的潜在影响，并做出明智的决策来减轻这些影响。 同样，在医学领域，当研究人员*科学地* 进行研究时，通常会取得进展。例如，临床试验旨在在受控条件下测试新治疗方法。通过将新药的效果与安慰剂进行比较，科学家们可以确定其有效性和安全性。这个过程确保医疗干预基于可靠的数据，最终改善患者的结果。如果没有这种*科学地* 的方法，我们将只剩下轶事证据和未经验证的主张，这可能导致有害的后果。 此外，世界各地的教育系统越来越强调教导学生*科学地* 思考的重要性。批判性思维技能对于驾驭今天可用的大量信息至关重要。学生们被鼓励质疑来源、分析数据并基于证据得出结论。这种向更具分析思维的转变为未来一代人准备好自信和能力去应对复杂问题。 总之，以*科学地* 的方式接近问题和问题对于各个领域的进步至关重要。从环境科学到医疗保健，收集数据、分析数据并基于证据得出结论的能力至关重要。随着我们继续面对全球挑战，培养一种重视科学探究的文化将是找到有效解决方案的关键。通过优先考虑*科学地* 方法，我们可以确保我们的决策是经过深思熟虑、理性且有益于整个社会的。