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Materiais potenciais para o armazenamento de hidrogénio

Materiais potenciais para o armazenamento de hidrogénio

M.A Shaz / O.N. Srivastava / Rohit R Shahi

100,13 €
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Editorial:
KS OmniScriptum Publishing
Año de edición:
2026
Materia
Física
ISBN:
9786630296365
100,13 €
IVA incluido
Disponible

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É hoje consensual que, para a utilização do hidrogénio, em particular no transporte rodoviário, o armazenamento constitui a questão crucial. Têm sido envidados enormes esforços na investigação e desenvolvimento de materiais capazes de armazenar hidrogénio em quantidade suficiente para garantir a capacidade adequada e, ao mesmo tempo, possuam características termodinâmicas e cinéticas adequadas. Após cerca de duas décadas de investigação, o leque de materiais de armazenamento de hidrogénio sofreu uma grande transformação, passando dos tradicionais hidretos metálicos (com cerca de 2 % em peso) para hidretos complexos e químicos, que incluem uma grande variedade de materiais com elevada capacidade de armazenamento. A introdução dos hidretos complexos no armazenamento de hidrogénio aumentou o interesse dos investigadores em conceber e otimizar novos materiais. Estes materiais satisfazem a maioria dos requisitos estabelecidos pelo Departamento de Energia dos EUA. Os materiais de armazenamento de hidrogénio podem ser agrupados em três tipos básicos, de acordo com a natureza da ligação metal-hidrogénio. São eles: (a) hidreto elementar, (b) hidreto intermetálico e (c) hidreto complexo. Os estudos discutidos e descritos neste livro centraram-se nas três classes de hidretos acima mencionadas.

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