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在工业领域,催化剂是一种重要的化学制品,不但能够促进化学反应的发生,还能控制化学反应的速率,在工业领域有着重要的应用。对于有些化学反应来讲,如果没有催化剂的介入,将无法正常实现。所以,我们要对催化剂进行深入的了解,对催化剂的原理和制备方法要做全面的研究,保证能够根据工业实际需要制备出相应的催化剂,满足工业生产需要。从目前的研究来看,对于催化剂的制备方法和成型技术已经有着比较完善的方法和工艺,我们要在现有的基础上进行研究和创新,保证催化剂的制备方法和成型能够适应化学工业的发展速度,使催化剂成为工业发展的重要推动力和物质保障。
In the industrial field, the catalyst is an important chemical, not only can promote the chemical reaction, but also control the rate of chemical reactions, has an important industrial applications. For some chemical reactions, if there is no catalyst involved, will not be able to normalize. Therefore, we need to have a thorough understanding of the catalysts, conduct a comprehensive study on the principles and preparation methods of the catalysts, and ensure that the corresponding catalysts can be prepared according to the actual needs of the industry and meet the needs of industrial production. From the current research point of view, for the catalyst preparation methods and molding techniques already have a relatively complete method and process, we have to carry out research and innovation on the basis of the existing, to ensure that the catalyst preparation methods and molding can adapt to the development of the chemical industry Speed, so that the catalyst has become an important driving force for industrial development and material security.