Shyam Metalics and Energy Ltd. is an integrated metal producing company. The Company is primarily engaged in the business of manufacture and sale of ferro alloys, iron and steel products and power generation. The Company is primarily engaged in the production of long steel products such as iron...
3D porous Cu–Zn alloys as alternative anode materials for Li-Ion batteries with superior low T performance. Adv. Energy Mater. 8, 1701706 (2018). Article Google Scholar Wei, Y. et al. Embedding the high entropy alloy nanoparticles into carbon matrix toward high performance Li-ion batteries...
Moreover, the remarkably large domain size of MoS2(1−x)Se2x monolayer alloys (x = 0.41–1) can pave the way for the development of high-quality films on a large scale [122]. The study of the early stages of growth of very thin Pd, Au, and Ag films on a single layer of MoS2...
It is concluded that, with further work, higher order Zr alloys could achieve the required high temperature strength, alongside ductility, while maintaining a low thermal neutron cross-section. However, there is limited data and uncertainty regarding the structural performance and microstructural ...
Novel coatings based on selected high entropy alloys and ceramic/metal mixtures \(\bullet \): Knowledge-based system database \(\bullet \): Flow assurance simulator Project website:: www.geo-coat.eu.GEOHEX : Advanced Material for Cost-Efficient and Enhanced Heat Exchange Performance for Geot...
The Ising model could also be feasibly extended to more disordered materials such as alloys, e.g., Li-Si. However, beforehand, novel tools must be developed to handle the Ising model efficiently. It is well known that in three dimensions no analytical solution is yet available [8]. This ...
At the same time, inorganic PCMs include materials such as salt hydrates, metals, and alloys [105]. Since biobased products are our main aim, non-paraffin compounds are the way to go. One of the essential features of the PCM is the sustainability part [102]; therefore, its production ...
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Various graphene-based composites have been developed by combining graphene with metal oxides, alloys, and electrochemically active nanostructures [50,51,52]. These composites exhibit an enhanced resistance to agglomeration during electrode preparation and cycling. The highly conductive carbon matrix formed ...
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