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Acknowledgements This paper is supported by the Soft Science Research Project of Henan Province (092400440088) and the Major Special Project of Xuchang University (2010ZD007).
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Rahman1,2,a, Khaulah Sulaiman1,b, Mohamad Rusop3,c and Ahmad Shuhaimi1 1Low Dimension Materials Research Centre, University of Malaya, 50603, Kuala Lumpur, Malaysia 2Faculty of Applied Sciences, Universiti Teknologi MARA, 40450, Shah Alam, Selangor, Malaysia 3NANO-SciTech Centre, Institute Of Science, Universiti Teknologi MARA, 40450, Shah Alam, Selangor, Malaysia.
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Based on their good properties, nano materials have potential applications in magnetic materials, electronic materials, optical materials, as well as the sintering, catalysis, sensor of high strength and high density material.
Because of their electrical and magnetic properties, nano materials are widely used in industry, for example, giant magnetoresistance materials can be used as read- write head of next generation magnetic recording materials in information storage.
Used as magnetic recording materials, nano materials could improve signal to noise ratio and the image quality.
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Three materials, Material1, 2, and 3 are considered for analysis.
The two materials used in this FGM cylindrical shell are: Aluminium (metal) and Zirconia (ceramic).
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The superheat of liquid CO2 has great influence on flashing atomization modes, bobbles growth rate and concentration, and thus result in difference spray angle, spray pattern, and the structure of liquid jet, that is suitable for different materials cleaning application.
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Subject Area Analysis As illustrated in Fig. 3, Engineering represents the largest field in SCEC research, comprising 53.9% of the total publications, followed by Materials Science (17.2%), Environmental Science (4.0%), and Earth and Planetary Sciences (2.9%).
This interdisciplinary focus highlights the relevance of SCEC across fields such as materials science, engineering, and sustainable design.
The research is predominantly concentrated in engineering, which accounts for over 50% of publications, followed by materials science and environmental science.
The interdisciplinary nature of SCEC research is evident, with engineering, materials science, and environmental science leading the way.
Materials (Basel) 2022;15:816. https://doi.org/10.3390/ma15030816

In refractory, forsterite is considered as one of the most efficient materials for critical production stages of modern iron and steel industry, namely, steelmaking and casting or ladle metallurgy [5-10].
Experimental Natural forsterite powders (44 μm, Yichang, China) and Na2CO3 (99.8% purity, AR) were used as raw materials.
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This paper puts forward some corresponding countermeasures and suggestions on making reform on institutional level and the innovation of financial products to support the development of wood carbon sequestration materials industry, based on the financing obstacles to the development of wood carbon sequestration materials industry, form the significance of wood carbon sequestration materials development. 1.
The Development Status of Wood Carbon Sequestration Materials Industry Wood carbon materials sequestration should belong to sub-sectors of the environmental protection industry for its ecological environment protection effect.
However, wood carbon sequestration materials industry is still in the embryonic stage in forestry. 4.
Barriers of the Wood Carbon Sequestration Materials Industry 4.1 Capital costs are too high The capital cost of wood carbon sequestration materials in financing is including the planting costs, transaction costs and the opportunity costs.
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Materials and Methods Materials.
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