unscientific

简明释义

英[ˌʌnˌsaɪənˈtɪfɪk]美[ˌʌnˌsaɪənˈtɪfɪk]

adj. 不科学的，不符合科学原理的；非学术的；无科学知识的

英英释义

单词用法

同义词

反义词

例句

1.The unscientific norms of subject in civil law hinder the establishment of the theory of subject in economic law.

民法主体规范的不科学现状，对经济法主体理论的建立形成了障碍。

2.Whether this is conscious or not, it shows how unscientific the whole procedure can be.

不管这种行为是否是有意的，这证明了测谎的步骤非常不科学。

3.My (completely unscientific) observation is that I have not been to engagements at companies who are sending their folks to these conferences.

在我看来（完全没有科学依据），我没有参与过来参加这些会议的人所属的公司的合作项目。

4.We conducted our own, entirely unscientific, survey to ascertain just how much chocolate Nobel laureates ate.

我们开展了完全没有科学依据的调查，来探知诺贝尔奖获得者们的巧克力消费量。

5.The auto tax policy is unscientific in theory, and it may not regulate the balance of the aggregate social supply and demand efficiently.

自决的税收政策在理论上并不科学，不一定能有效调节总供求的平衡关系，在实践中存在许多缺陷。

6.To show enthusiasm is to risk appearing unscientific, unobjective; it is to appeal to the students' emotions rather than their intellect.

表现出热情就有可能显得不科学、不客观；这是为了迎合学生的情感而不是他们的智力。

7.That does not mean that Chinese unscientific.

但这并不是说中医不科学。

8.At least in Guangzhou, which is unscientific.

至少在广州，这种说法不科学。

9.Inhofe may subscribe to the unscientific young earth view of creation, which puts the age of our planet at about 10, 000 years.

英霍夫也许对地球年龄很年轻的这一不科学论调表示赞同，该论调将地球年龄设定在1万年左右。

10.The unscientific methods used in the study raised concerns among researchers.

研究中使用的不科学的方法引起了研究人员的担忧。

11.Many of the claims made in the article are considered unscientific.

文章中提出的许多论点被认为是不科学的。

12.Relying on anecdotal evidence is often seen as unscientific.

依赖轶事证据通常被视为不科学的。

13.Critics argue that the findings are unscientific and lack proper validation.

批评者认为这些发现是不科学的，缺乏适当的验证。

14.His approach to solving the problem was deemed unscientific by his peers.

他的解决问题的方法被同行认为是不科学的。

作文

In today's world, where science and technology play a crucial role in shaping our understanding of the universe, the term unscientific (非科学的) has become increasingly relevant. Many individuals and institutions often rely on beliefs, anecdotes, or traditions rather than empirical evidence when forming conclusions about various phenomena. This reliance on unscientific (非科学的) methods can lead to misconceptions and hinder progress in many fields, including medicine, environmental science, and education.One area where unscientific (非科学的) thinking is particularly damaging is in healthcare. For instance, alternative medicine practices that lack rigorous scientific validation can sometimes mislead patients into forgoing proven treatments. The rise of misinformation on social media platforms has exacerbated this issue, as individuals may turn to unverified sources for health advice. Consequently, the prevalence of unscientific (非科学的) beliefs regarding vaccines and their safety has led to a decline in vaccination rates in some communities, resulting in outbreaks of preventable diseases.Moreover, the consequences of unscientific (非科学的) approaches extend beyond individual health. Environmental issues, such as climate change, require urgent and scientifically informed action. However, there are still voices in society that promote unscientific (非科学的) views, denying the overwhelming evidence provided by climate scientists. This denial can lead to inadequate policy responses, putting future generations at risk and hindering efforts to combat environmental degradation.Education is another critical area affected by unscientific (非科学的) perspectives. In many parts of the world, curricula still include outdated or disproven theories, such as creationism being taught alongside evolution in science classes. This not only confuses students but also undermines the scientific method's importance in fostering critical thinking and inquiry. Schools must prioritize teaching scientifically validated information to prepare students for a world increasingly driven by technology and innovation.To combat the influence of unscientific (非科学的) ideas, it is essential to promote scientific literacy among the general public. This involves educating individuals about the scientific method, encouraging skepticism, and teaching them how to evaluate sources critically. By fostering an environment where evidence-based reasoning is valued, we can reduce the impact of unscientific (非科学的) beliefs and enhance our collective understanding of the world.In conclusion, the prevalence of unscientific (非科学的) thinking poses significant challenges in various domains, from healthcare to environmental policy and education. It is imperative that we recognize the dangers associated with these beliefs and work towards promoting a culture that values scientific inquiry and evidence-based decision-making. Only then can we hope to address the pressing issues facing our society and ensure a better future for generations to come.