Soil stabilization is a kind of admixture that is directly added to soil or physically and chemically reacts with inorganic binding material, soil, and water to improve soil engineering properties. It is widely used in the new construction and overhaul of roadbeds of various grades, hardening of indoor and outdoor sites (yards, workshops, yards, ball fields), reclamation, siltation, desertification control, anti-seepage and anti-impact of the bottom layer of rivers and artificial lakes, locking and fixing of dust in powder (yards, mines, infrastructure sites), and the recycling of construction wastes and industrial wastes.
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Nitinol’s shape-memory properties are particularly advantageous in medical applications. For example, in self-expanding stents, Nitinol’s ability to expand and contract according to temperature variations allows for minimally invasive procedures, reducing patient discomfort and recovery times. Additionally, Nitinol’s flexibility makes it ideal for creating complex shapes that conform to the anatomical contours of individual patients.
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nano silicon dioxide can be functionalized or surface-modified, enabling targeted drug delivery. Through surface modification, specific ligands or antibodies can be attached to the nanoparticles, facilitating their selective targeting to specific cells, tissues, or organs. This targeted drug delivery approach enhances drug accumulation at the desired site, minimizing off-target effects and reducing systemic toxicity. Nano silicon dioxide-based targeted drug delivery systems hold great potential for the treatment of various diseases, including cancer, where precise drug delivery is paramount.
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One of the major breakthroughs in the field of materials science is the use of nanotechnology to improve and enhance the properties of materials. As a multifunctional nanomaterial, nanosilica plays an important role in improving material properties. It has a small particle size and high specific surface area, which gives it potential for a wide range of applications in various materials. In this paper, we will explore several important application areas of nanosilica in improving material properties.
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Since carbon deposits form natural flake graphite when they are under pressure and temperature, graphite is most commonly found in metamorphic rocks, and the deposits are fairly evenly distributed throughout the rock. There are large flake graphite, medium flakes, and fine flakes.
Depending on the application, the purity and/or size of natural crystalline flake graphite may be more important. The spherical industry requires large-size and flake graphite, while the refractory industry mainly focuses on the flake size.
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