Titlebook: Advanced Research in Nanosciences for Water Technology; Ram Prasad,Thirugnanasambandham‘Karchiyappan Book 2019 The Editor(s) (if applicabl

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Nanotechnology in the Life Scienceshttp://image.papertrans.cn/a/image/146169.jpg

施魔法

https://doi.org/10.1007/978-3-030-02381-2Water nanotechnology; Wastewater treatment; Photocatalysis for water remediation; Nano biosensors; Nano

調(diào)色板

打算

Matthias Scherge,Stanislav S. Gorbin the electrolyte are virtually infinite. The use of nanomaterials in BES has great prospects as many of the “nano-benefits”, such as large surface area, material savings, and scalability, are indispensable for successful commercialization of BES. Since the first stage of commercial BES development

conjunctivitis

Matthias Scherge,Stanislav S. Gorbsometimes life-threatening gastrointestinal diseases. There is thus a need to detect potentially harmful pathogens and identify them in the presence of several other nonpathogenic microbes, particularly in the urban water systems to prevent infection and disease..Shiga toxin producing . is one of th

Engaging

persistence

Matthias Scherge,Stanislav S. Gorbily replacing the conventional metallic materials in almost all sectors of applications. However, environmental sensitivity and its implications on properties and performance of this class of material are the serious concern of the material scientists and technologists. This chapter emphasizes on th

不利

Esther W. Gomez,Celeste M. Nelsonethods. Traditional wastewater treatments involve high costs and deal with heavy metals. Use of nanomaterials for cleaning wastewater is a recent approach. On the contrary, use of various novel nanomaterials synthesized in-situ for the treatment of wastewater reduced with different pollutants, such

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