MgAl alloy synthesis, characterization and its use in hydrogen storage

A method was developed to produce Al‐ and Zn‐based foams with a uniform distribution of small cells. Pre‐alloyed AlMg50 powder containing hydrogen was used as a replacement for the usual blowing agent TiH2. AlMg50 powder released gas uniformly in the entire sample, caused the nucleation of a large number of cells and led to simultaneous growth that finally resulted in a uniform cell structure. The expansion behavior of these foams was studied by means of in situ X‐ray radioscopy. The macrostructure of the solidified foams was then analyzed through optical microscopy and X‐ray tomography and proved to be very uniform. The high strength of the foams was demonstrated by uni‐axial compression tests.

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Al and Zn Foams Blown by an Intrinsic Gas Source

Mukherjee

García‐Moreno

Jiménez

et al. 2010

Adv Eng Mater

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Machine learning-based high-throughput screening of Mg-containing alloys for hydrogen storage and energy conversion applications

Batalović

Radaković

Kuzmanović

et al. 2023

Journal of Energy Storage

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The effect of heat treatment on the compression property of Al-Si-Mg foams produced using Mg blowing agent

Georgy

Banerjee

Mukherjee

2023

Materials Today Communications

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MgAl alloy synthesis, characterization and its use in hydrogen storage

Cited by 8 publications

References 13 publications

Al and Zn Foams Blown by an Intrinsic Gas Source

Al and Zn Foams Blown by an Intrinsic Gas Source

Machine learning-based high-throughput screening of Mg-containing alloys for hydrogen storage and energy conversion applications

The effect of heat treatment on the compression property of Al-Si-Mg foams produced using Mg blowing agent

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