catalytic

简明释义

英[ˌkætəˈlɪtɪk]美[ˌkætəˈlɪtɪk]

adj. 接触反应的；起催化作用的

n. 催化剂；刺激因素

英英释义

单词用法

同义词

反义词

例句

1.Binding of dioxygen and catalytic activity are the promising properties.

其主要性能为结合分子氧和催化活性。

2.It is a breakthrough comparable to our invention of the lambda sensor for the catalytic converter in 1976.

这是一个可以与我们在1976年发明的用于催化转化器的含氧传感器相媲美的突破。

3.Governments do, however, have a vital catalytic role in orchestrating rescue operations.

但是，政府的确在精心安排的营救活动中，扮演着重要的催化角色。

4.The Catalytic Fund provides transitional assistance to low income countries.

催化基金为低收入国家提供过渡性援助。

5.The catalytic converter on your exhaust system contains cerium and lanthanum.

排气系统上的接触反应器含有铈和镧。

6.For example, catalytic funding can be used to help a ministry of health draw up a good survey plan.

例如，可利用催化资金帮助卫生部制定一项好的调查计划。

7.The enzyme acts as a catalytic 催化的 agent in the biochemical reaction.

这种酶在生化反应中充当了一个催化的作用。

8.In industrial processes, catalytic 催化的 converters are used to reduce emissions.

在工业过程中，使用催化的转化器来减少排放。

9.The catalytic 催化的 process allows for faster chemical reactions at lower temperatures.

这个催化的过程允许在较低温度下更快地进行化学反应。

10.Scientists are researching new catalytic 催化的 materials for sustainable energy solutions.

科学家们正在研究新的催化的材料，以寻找可持续能源解决方案。

11.The catalytic 催化的 properties of certain metals make them valuable in chemistry.

某些金属的催化的特性使它们在化学中非常有价值。

作文

In recent years, the concept of sustainability has gained significant attention across various sectors. One of the most important aspects of achieving sustainability is understanding the role of catalytic processes in driving change. The term catalytic refers to something that causes or accelerates a reaction without being consumed in the process. This idea can be applied not only in chemistry but also in social, economic, and environmental contexts. For instance, in the field of environmental science, catalytic converters are devices used in vehicles to reduce harmful emissions. These converters facilitate a chemical reaction that transforms toxic gases into less harmful substances, significantly improving air quality. This application of catalytic technology exemplifies how innovation can lead to positive environmental outcomes. Moreover, the concept of catalytic change can be observed in social movements. Leaders who inspire others to take action often serve as catalytic figures, igniting passion and motivation among their followers. For example, activists advocating for climate change awareness can create a ripple effect, prompting individuals and communities to adopt sustainable practices. In this way, the influence of a single person can lead to widespread change, highlighting the power of catalytic leadership. In the business world, companies that prioritize corporate social responsibility (CSR) can also act as catalytic agents for change. By implementing sustainable practices and ethical policies, these organizations encourage other businesses to follow suit. This creates a catalytic effect within the industry, leading to broader adoption of sustainable practices and contributing to overall societal progress. Additionally, educational institutions can play a catalytic role in shaping future generations. By integrating sustainability into their curricula, schools and universities can inspire students to think critically about environmental issues and engage in solutions. When students are educated about the importance of sustainability, they become catalytic agents in their own communities, spreading awareness and fostering change. In conclusion, the term catalytic encompasses more than just its scientific definition; it represents the potential for transformation across various fields. Whether through technology, leadership, business practices, or education, catalytic actions can lead to significant advancements toward a more sustainable future. Understanding and harnessing the power of catalytic processes is crucial for driving meaningful change in our world today.

近年来，可持续发展的概念在各个领域获得了显著关注。实现可持续性的一个重要方面是理解催化过程在推动变革中的作用。术语催化指的是某种事物在过程中不被消耗而引起或加速反应。这一理念不仅可以应用于化学，还可以应用于社会、经济和环境等背景。 例如，在环境科学领域，催化转换器是用于车辆的设备，旨在减少有害排放。这些转换器促进化学反应，将有毒气体转化为较少有害的物质，从而显著改善空气质量。这种催化技术的应用例证了创新如何带来积极的环境成果。 此外，催化变革的概念也可以在社会运动中观察到。那些激励他人采取行动的领导者往往充当催化人物，点燃追随者的热情和动力。例如，倡导气候变化意识的活动家可以创造涟漪效应，促使个人和社区采取可持续的做法。在这种情况下，一个人的影响力可以导致广泛的变化，突显出催化领导力的力量。 在商业世界中，优先考虑企业社会责任(CSR)的公司也可以作为催化变革的代理人。通过实施可持续实践和道德政策，这些组织鼓励其他企业效仿。这在行业内创造了催化效应，导致更广泛地采用可持续实践，并为整体社会进步做出贡献。 此外，教育机构可以在塑造未来几代人方面发挥催化作用。通过将可持续性纳入课程，学校和大学可以激励学生批判性地思考环境问题并参与解决方案。当学生接受关于可持续性重要性的教育时，他们就成为自己社区中的催化代理人，传播意识并促进变革。 总之，术语催化不仅仅包含其科学定义；它代表了在各个领域转型的潜力。无论是通过技术、领导力、商业实践还是教育，催化行为都能带来朝着更可持续未来的重要进展。理解和利用催化过程的力量对于推动我们今天世界的有意义变革至关重要。