Titlebook: ;

含糊

Monitoring of Soil-Structure Interaction character of graphene oxide which allows to remove inorganic and organic molecules at nanoscale range. In a remediation process, graphene oxide can be implemented as free-standing, functionalized or composite material, as well as, in solid or liquid phase. Lamellar or foam arrangement and graphene

Communal

https://doi.org/10.1007/978-3-319-46542-5llutions from contaminated water systems. The advantage of graphene oxide consists of an affinity for inorganic and organic contaminants and placing graphene oxide in a predominant position in comparison with conventional adorbant/removal materials.

sigmoid-colon

Graphene Oxide in Environmental Remediation Process

取回

https://doi.org/10.1007/978-94-009-3991-2Since the water crisis is facing, purification methods and removal technology are the object of discussion. Carbon-based materials are largely employed as filters and in particular graphene oxide is considered for its exceptional physical chemical properties as a good candidate for the fabrication of innovative devices.

非實體

Introduction,Since the water crisis is facing, purification methods and removal technology are the object of discussion. Carbon-based materials are largely employed as filters and in particular graphene oxide is considered for its exceptional physical chemical properties as a good candidate for the fabrication of innovative devices.

GUMP

Friction

烤架

https://doi.org/10.1007/978-3-319-46542-5llutions from contaminated water systems. The advantage of graphene oxide consists of an affinity for inorganic and organic contaminants and placing graphene oxide in a predominant position in comparison with conventional adorbant/removal materials.

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鄙視

Conclusion and Outlook,llutions from contaminated water systems. The advantage of graphene oxide consists of an affinity for inorganic and organic contaminants and placing graphene oxide in a predominant position in comparison with conventional adorbant/removal materials.