What exactly is vanadium carbide?
Vanadium carbonide is a dark crystal that has a density between 5.25 and 5.4g/cm3. It also has a melting temperature of 2750. This makes it slightly harder than quartz. This substance can be used to make vanadium steel, and it is also used in carbide cemented carbonide.
Two-dimensional Vanadium Carbide Nasheets Discovered
The potential of two-dimensional vanadium carbonide nanosheets as photothermal catalysts for cancer treatment is great. Unfortunately, photothermal therapies are limited by the inability to use vanadium caride due to poor photothermal conversion efficiency and difficult synthesis conditions. Recent research by the team has shown that algae extracts can be used to create high-yield nanosheets of vanadium carbide in two dimensions using intercalation.
New two-dimensional Transition Metal Carbonitride Materials have been utilized in many areas, including energy storage, biosensors, and biomedicine. This is due to their superior metal conductivity. Broad application prospects.
Preparation Two-dimensional Transition Metal Compounds
On the basis of the Mn+1AXn layered structure, the two-dimensional transformation metal carbonitride can be prepared. The ternary precursor “M” denotes the transition metal. “A”, which mainly refers to the IIIA and/or IVA elements (13, 14), respectively, while “X” can be C, N, or both (n = 1, 2, or 3). MAX is made up of metal MX and MX bonds. It has a layer hexagonal crystal structure in which the “bonded” A element is between Mn+1Xn adjacent layers. Because the MA bond is stronger than MX, it’s possible to selectively etch the A layer using strong acids or alkalis in order for a single Mn+1Xn-layer. Unfortunately, the methods can be difficult to synthesise, have low yields, and cause damage to the entire structure of Mn+1Xn. This limits its widespread use. It is therefore urgent to find a low-cost, high-yield and efficient preparation technique to expand and understand the applications of such materials.
Two-dimensional Vanadium Carbide Nasheets – The Future
These problems can be solved by using algae extracts as a method to produce high-yield vanadium carbide nanosheets. The intercalation technique is the method that was proposed by the research group. These vanadium-carbidide nanosheets have an excellent structure and absorb in the far-infrared. At 808 nm the photothermal efficiency is up to 48%. This is comparable with other reports of two-dimensional transition metallic carbonitride Mo2C (42.9%), Nb2C (66.44% for NiR-II, and 45.65% (NIR-II), respectively) and Ta4C3 (44.7%), as well as similar to photothermal efficiency for carbon-based and gold-based nanomaterials. In vivo as well as in vitro studies have shown that vanadium-carbid nanosheets are capable of being used in photothermal therapy for cancer. This method is more cost-effective than using harsh corrosive or acidic chemicals and alkalis. Additionally, it provides a low-cost, high-yield, eco-friendly, and environmentally sound way to prepare two-dimensional transformation metal carbonitrides.
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