Titlebook: Carbon-Based Nanomaterials; Synthesis, Agricultu Archana (Joshi) Bachheti,Rakesh Kumar Bachheti,Aza Book 2024 The Editor(s) (if applicable)

史前

Kinetic models for semiconductors,r, and continuously changing climatic conditions. Agriculture, as a monoculture practice, has also to face the continuous occurrence of plant disease and increasing attack of resistant plant pathogenic microbes. The current treatments for killing plant pathogenic microbes are not environmentally fri

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Petechiae

The Chapman-Enskog and Moment Methods,ntial in several applications, including the development of artificial organs and tissues, drug delivery systems, and gene therapy. This increasing interest may be attributed to the unique properties of nanomaterials, namely their decreased dimensions and expanded surface area. Graphene and its deri

外貌

Thermodynamics of Irreversible Processes,ications in humans, animals and plants. The current chapter identifies the global burden of fungal infections and prospects for the utility of carbon nanomaterials in improving treatment regimes for the most prevalent fungal infections in humans. Major hurdles in clinically addressing fungal infecti

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CREST

Rubén Gómez González,Vicente Garzónology can help with potential remedies for the problems associated with air pollution and significantly improve the selectivity and efficacy of air cleansing systems, resulting in cost-effectiveness and more long-term performances. With the use of nanotechnology, air pollution could be reduced thro

惰性氣體

Fundamental Theories of Physicsor oil spill clean-up, such as mechanical containment and chemical dispersants, have limitations regarding efficacy, ecological footprint, and economic viability. Recently, the development of technology has revolutionized new possibilities for more efficient and sustainable oil spill clean-up strate