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The thermal management of batteries holds an important place in technological developments and require innovative improvement solutions. Nanotechnology shows the potential for the development of better battery cooling systems.These nanostructured solutions, such as nanofluids and nanostructured fins, have the potential to effectively control battery temperatures, thereby extending battery life and enhancing safety. Moreover, by improving energy efficiency, nano-scale structures and fluids can …

Cellulose occurs abundantly and naturally as raw material on Earth amounting billions of tons made by many different plant species. Technically, cellulose is a cheap, light-weight, thermally stable organic compound and one of the most common agents to meet the standards of sustainable chemistry since it is naturally biodegradable as well as renewable. Within plants, cellulose fibers are produced by microfibrils that are highly crystalline entity.Introduction In the past years, c …

Nowadays, oxidation reactions play a substantial role in modern chemistry as well as chemical industry. Around 30% of total production in the chemical industry is carried out by the oxidation process. It means that after polymerization, oxidation is the largest process in the production of chemicals. In the last few decades, transition metal oxides have attracted the research community in great deal due to their diversified applications. Among them, molybdenum oxide has been found to …

Construction is one of the world's biggest industries, yet it has been one of the slower ones to adopt new technology. That is changing fast. By working with materials at the scale of a billionth of a meter (the nanoscale), engineers can now make familiar building materials like concrete, steel, glass, and coatings perform far better than before. The idea is simple even if the science is small: when you control how a material behaves at the level of individual particles, you can make it stronger …