Caucho nitrilo autorreparable y reciclable : un camino hacia la sostenibilidad
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2025
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21/02/2024
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Universidad Complutense de Madrid
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Los Objetivos de Desarrollo Sostenible (ODS) exigen un uso más eficiente de nuestros recursos y la construcción de un futuro ecológicamente viable. Para responder a estas demandas, la Economía Circular (EC) contempla varios principios orientados a asegurar que los materiales y productos permanezcan en un ciclo de uso continuo el mayor tiempo posible. En este contexto, el diseño de nuevos materiales que consideren los principios de Reparar y Reciclar para extender su vida en servicio es de elevada importancia científica, ambiental y económica. En los últimos 20 años, e inspirada por la naturaleza, la Ciencia ha buscado conferir a los materiales la capacidad de reparar sus propios daños. Esto se denomina autorreparación. La posibilidad de autorrepararse puede encontrarse en diversos animales como las estrellas de mar, moluscos, insectos, e incluso en los seres humanos, visiblemente en la piel...
The United Nations (UN) Sustainable Development Goals (SDGs) call for more efficient use of resources and the forging of an ecologically viable future. To meet these demands, the Circular Economy (CE) considers several principles aimed at ensuring that materials and products remain in a continuous use cycle for as long as possible. In this context, the design of new materials that incorporate the principles of Repair and Recycle to prolong their lifetime is of paramount scientific, environmental, and economic significance. Over the past two decades, inspired by nature, Science has sought to endow materials with the capability of self-repair. Self-repair or self-healing ability, observed in diverse animals such as starfish, mollusks, insects, and human skin, has been biomimetically integrated into almost all material families...
The United Nations (UN) Sustainable Development Goals (SDGs) call for more efficient use of resources and the forging of an ecologically viable future. To meet these demands, the Circular Economy (CE) considers several principles aimed at ensuring that materials and products remain in a continuous use cycle for as long as possible. In this context, the design of new materials that incorporate the principles of Repair and Recycle to prolong their lifetime is of paramount scientific, environmental, and economic significance. Over the past two decades, inspired by nature, Science has sought to endow materials with the capability of self-repair. Self-repair or self-healing ability, observed in diverse animals such as starfish, mollusks, insects, and human skin, has been biomimetically integrated into almost all material families...
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Tesis inédita de la Universidad Complutense de Madrid, Facultad de Ciencias Químicas, leída el 21-02-2024