Articles liés à Nanotechnology for VOCs Control: Benzene Removal Mechanisms...

Nanotechnology for VOCs Control: Benzene Removal Mechanisms on Adsorbent Coated With Zinc Oxide Nanoparticles - Couverture souple

A Wahab, Muhammad Ikram; Changsuphan, .; Oanh, Kim

 
9783844304398: Nanotechnology for VOCs Control: Benzene Removal Mechanisms on Adsorbent Coated With Zinc Oxide Nanoparticles

Synopsis

Nowadays, nanostructured materials, a new dimension of environmental technologies received a great attention of their prospective applications in areas such as catalyst, removal contaminants and censors. The exceptional properties and improvement in performance are influenced by their size, surface area structure, adsorption capacity, removal efficiency and interparticle interactions. The unique structure and electronic properties of some nanoparticles such as zinc oxide make them principally powerful adsorbents

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Présentation de l'éditeur

Nowadays, nanostructured materials, a new dimension of environmental technologies received a great attention of their prospective applications in areas such as catalyst, removal contaminants and censors. The exceptional properties and improvement in performance are influenced by their size, surface area structure, adsorption capacity, removal efficiency and interparticle interactions. The unique structure and electronic properties of some nanoparticles such as zinc oxide make them principally powerful adsorbents

Biographie de l'auteur

Muhammad Ikram A Wahab is currently lecturer in Universiti Kebangsaan Malaysia, Malaysia A. Changsuphan is officer in Department of Science Service, Ministry of Science & Technology Thailand N.T Kim Oanh is currently professor in Asian Institute of Technology, Bangkok.

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