synthetical

简明释义

英[sɪnˈθɛtɪkəl]美[sɪnˈθɛtɪkəl]

adj. 综合的；合成的

英英释义

单词用法

同义词

反义词

例句

1.The synthetical risk degree of earthquake precursors is a new method of synthetical earthquake prediction based on systematic theory.

地震前兆综合危险度是以系统论为基础的一种综合地震预报的新方法。

2.So searching for suitable synthetical method is the key to succeed in obtaining PPAHs.

因此，合适的合成方法是成功获得全氯代芳香化合物的关键。

3.It has important principle value for synthetical control of ecosystem to research system coupling and its interface process.

研究系统耦合及其界面过程对于生态系统的综合调控具有重要理论价值。

4.The method for synthetical evaluation of optimal choice on water saving irrigation mode is presented.

本文提出了用于节水灌溉方式优化选择的项目综合评价方法。

5.Synthetical application of these two instruments is valid.

表明两种方法的综合应用是有效的。

6.One drive line system is used to obtain the synthetical function, every components of this system are simulated at the scale 1:1.

试验取驱动线系统中的一组，对组成驱动线的各部件采用1：1全尺寸模拟，在冷态下进行功能性试验，测定驱动线的综合性能。

7.Propose a synthetical method of data encryption.

最后给出了一个综合的加密方法。

8.The researchers developed a new drug using a completely synthetical 合成的 process that avoids natural ingredients.

研究人员使用一种完全合成的过程开发了一种新药，避免了天然成分。

9.In chemistry, synthetical 合成的 compounds can often mimic the properties of natural substances.

在化学中，合成的化合物通常可以模仿天然物质的特性。

10.The fashion industry is increasingly using synthetical 合成的 materials to create sustainable clothing options.

时尚产业越来越多地使用合成的材料来创造可持续的服装选择。

11.Many perfumes are made with synthetical 合成的 fragrances that replicate natural scents.

许多香水是用合成的香料制成的，复制天然香气。

12.The production of synthetical 合成的 rubber has revolutionized the tire industry.

合成橡胶的生产彻底改变了轮胎工业。

作文

In today's rapidly evolving world, the concept of knowledge is becoming increasingly complex. We often find ourselves at the intersection of various disciplines, where understanding one area requires insights from another. This is particularly true in fields like science, technology, and even the arts. As we strive to make sense of this complexity, the idea of a synthetical approach emerges as a powerful tool. A synthetical method involves combining different elements to create a cohesive understanding or solution. Rather than viewing subjects in isolation, a synthetical perspective encourages us to see the connections between them, fostering a more holistic view of the world. For instance, in the realm of environmental science, a synthetical approach might integrate biology, chemistry, and social sciences to address climate change. By understanding the biological impact of pollutants, the chemical processes that drive global warming, and the social behaviors that contribute to these issues, we can develop more effective strategies for mitigating environmental damage. This interconnectedness highlights the importance of adopting a synthetical mindset in problem-solving. Moreover, education systems are beginning to recognize the value of synthetical learning. Traditional educational models often compartmentalize subjects, leading students to learn facts in isolation. However, by encouraging synthetical thinking, educators can help students draw connections between different topics, enhancing their critical thinking skills. For example, a student studying history may also explore the literature of that era, linking cultural movements with historical events. This synthetical approach not only deepens understanding but also makes learning more engaging and relevant. In the realm of technology, the synthetical integration of artificial intelligence (AI) with other fields is revolutionizing industries. AI can analyze vast amounts of data, but its true potential is unlocked when it is combined with human creativity and ethical considerations. For instance, in healthcare, AI can assist doctors by providing data-driven insights while still relying on the human touch to make final decisions. This synthetical collaboration ensures that technological advancements serve humanity's best interests. Art also benefits from a synthetical approach. Artists often draw inspiration from various sources, blending styles and techniques to create something entirely new. This fusion of ideas can lead to innovative works that challenge conventional boundaries. For example, contemporary artists might incorporate digital technology into traditional painting, resulting in a synthetical blend of old and new mediums that captivates audiences. In conclusion, embracing a synthetical approach in various fields allows us to navigate the complexities of modern life more effectively. It encourages interdisciplinary collaboration, fosters deeper understanding, and drives innovation. As we face global challenges that require multifaceted solutions, the ability to think synthetically will be crucial. By recognizing the interconnectedness of knowledge and experiences, we can cultivate a more informed, creative, and compassionate society. The future belongs to those who can think beyond boundaries and embrace the synthetical nature of our world.

在当今快速发展的世界中，知识的概念变得越来越复杂。我们常常发现自己处于各种学科的交汇点上，在那里理解一个领域需要来自另一个领域的见解。这在科学、技术甚至艺术等领域尤其如此。当我们努力理解这种复杂性时，综合的方法的思想作为一种强有力的工具浮现出来。综合的方法涉及将不同的元素结合在一起，以创建一个连贯的理解或解决方案。与其孤立地看待学科，综合的视角鼓励我们看到它们之间的联系，从而培养对世界的更全面的看法。 例如，在环境科学领域，综合的方法可能将生物学、化学和社会科学结合起来，以应对气候变化。通过理解污染物对生物的影响、驱动全球变暖的化学过程以及导致这些问题的社会行为，我们可以制定更有效的减缓环境破坏的策略。这种互联性突显了在解决问题时采用综合的思维方式的重要性。 此外，教育系统开始认识到综合的学习的价值。传统的教育模式通常将学科划分开来，导致学生孤立地学习事实。然而，通过鼓励综合的思维，教育工作者可以帮助学生在不同主题之间建立联系，从而增强他们的批判性思维能力。例如，学习历史的学生可能还会探索那个时代的文学，将文化运动与历史事件联系起来。这种综合的方法不仅加深了理解，还使学习变得更加吸引人和相关。 在技术领域，人工智能（AI）与其他领域的综合的整合正在彻底改变各个行业。AI可以分析大量数据，但当它与人类创造力和伦理考虑相结合时，其真正潜力才会被释放。例如，在医疗保健中，AI可以通过提供数据驱动的见解来协助医生，同时仍依赖人类的判断来做出最终决定。这种综合的合作确保了技术进步为人类的最佳利益服务。 艺术也从综合的方法中受益。艺术家通常从各种来源获取灵感，融合风格和技术以创造全新的东西。这种思想的融合可以导致创新作品，挑战传统界限。例如，当代艺术家可能会将数字技术融入传统绘画，从而产生一种综合的新旧媒介的结合，吸引观众。 总之，在各个领域拥抱综合的方法使我们能够更有效地驾驭现代生活的复杂性。它鼓励跨学科的合作，促进更深刻的理解并推动创新。面对需要多方面解决方案的全球挑战，思考综合的能力将至关重要。通过认识到知识和经验的互联性，我们可以培养一个更加知情、创造性和富有同情心的社会。未来属于那些能够超越界限并拥抱我们世界的综合的本质的人。