Publications by authors named "Alexander V Mumyatov"

Hydrogen gas (H) as a fuel has the advantages of high energy density (122 kJ g) and zero carbon emissions. To meet the growing demand for H in the future, green, efficient, and convenient production technologies must be developed. The Al-HO reaction, which produces H by reacting aluminum (Al) with water (HO), is considered a rapid method for producing H.

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Inverted perovskite solar cells with a p-i-n configuration have attracted considerable attention from the research community because of their simple design, insignificant hysteresis, improved operational stability, and low-temperature fabrication technology. However, this type of device is still lagging behind the classical n-i-p perovskite solar cells in terms of its power conversion efficiency. The performance of p-i-n perovskite solar cells can be increased using appropriate charge transport and buffer interlayers inserted between the main electron transport layer and top metal electrode.

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Catalyst activity affects the reaction rate, and an increasing number of studies have shown that strain can significantly increase the electrocatalytic activity. Catalysts such as alloys and core-shell structures can modulate their properties through strain effects. Reasonable simulation techniques can be used to predict and design the catalytic performance based on understanding the strain action mechanism.

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Article Synopsis
  • Fullerene derivatives have significant potential in science and technology due to their strong anticancer, antiviral, and antibacterial properties, which are influenced by how these molecules group together.
  • This research investigates the size and stability of fullerene derivative associates in various solvents, using NMR techniques to understand their movement and interactions better.
  • Key findings include the calculation of molecule sizes, lifetimes of associates, and how these derivatives interact with erythrocytes, indicating that they attach to cell surfaces and move through lateral diffusion.
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Chlorofullerene C(60)Cl(6) undergoes highly selective reactions with thiols forming compounds C(60)[SR](5)H with high yields. These reactions open up straightforward synthetic routes to many functionalized fullerene derivatives, e.g.

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