The importance of characterization of materials

Alini Luísa Diehl Camacho
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Abstract

separated or, when this first attempt is not assertive, these wastes can be used for development of new products, also known in the academy as co-products. These co-products are produced with the use of wastes with specific potentials. In this respect, the characterization of these materials through advanced techniques allows the knowledge of physical, chemical, thermal, structural, etc. properties. In the industry are generated several types of waste in its production cycle such as ferrous, non-ferrous, metallic materials, ceramic materials, biomass, etc. Knowing the production process to which a given waste is generated, it is possible to optimize the production to decrease its generation and / or to know exactly that material / residue in such a way as to apply it in a given process in the future. This knowledge generates added value. Then, the valorization of these residues and their use in the production of new materials widens the knowledge be it in the analysis of the life cycle of that material used initially until the end of its life, in the form of residue. Of course, there is a need for advanced materials processing which involves technology to the point of developing new advanced materials with specific characteristics: bioengineering applications, composites, functional materials, environmental materials, etc. There are several types of materials generated from the production processes and depending on their characteristics they have properties which may be superior when compared to the materials originally used in a conventional industrial process. For example, adding a specific percentage of a study material to a metal alloy can greatly improve its mechanical properties. Faced with this, it is important to consider that natural resources are scarce and in many cases, are no longer so easily found in nature. The environmental impact caused mainly when one thinks of ore extraction is enormous, when evaluated from the outset. We, as researchers and doctors of knowledge, need to see the productive processes with greater attention mainly what to do with the waste generated. Awareness and responsibility is the legacy that must be given to future generations so that the world becomes equal for all.
材料表征的重要性
分离,或者,当第一次尝试不确定时,这些废物可以用于开发新产品,在学院也称为联合产品。这些副产品是利用具有特定潜力的废物生产的。在这方面,通过先进的技术表征这些材料允许物理,化学,热,结构等性质的知识。工业在其生产周期中产生几种类型的废物,如黑色金属、有色金属、金属材料、陶瓷材料、生物质等。了解产生特定废物的生产过程,就有可能优化生产以减少其产生和/或准确地了解该材料/残留物,以便将来将其应用于特定过程。这些知识产生了附加价值。然后,这些残留物的价值和它们在新材料生产中的使用拓宽了知识,无论是在分析最初使用的材料的生命周期,直到它的生命周期结束,以残留物的形式。当然,也需要先进的材料加工,这涉及到开发具有特定特性的新型先进材料的技术:生物工程应用、复合材料、功能材料、环境材料等。生产过程中产生了几种类型的材料,根据它们的特性,与传统工业过程中最初使用的材料相比,它们具有更优越的性能。例如,在金属合金中加入特定比例的研究材料可以大大改善其机械性能。面对这种情况,重要的是要考虑到自然资源是稀缺的,在许多情况下,不再那么容易在自然界中找到。从一开始就进行评估,矿石开采所造成的环境影响是巨大的。作为研究人员和知识博士,我们需要更加关注生产过程,主要是如何处理产生的废物。意识和责任是必须留给子孙后代的遗产,以便使世界变得人人平等。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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