Enhanced gas sensitivity in TiO2 nanoneedles grown on upright SnO2 nanoplates
Scripta Materialia, 2013•Elsevier
In situ growth of upright-standing SnO 2 nanoplates connected to horizontally pointed TiO 2
nanoneedles to form a new, high surface area hierarchical nanostructure is proposed for the
first time and envisaged in ammonia and liquid petroleum gas sensors. The increased
surface area due to a hierarchical nanostructure accounts for enhanced gas sensitivity.
nanoneedles to form a new, high surface area hierarchical nanostructure is proposed for the
first time and envisaged in ammonia and liquid petroleum gas sensors. The increased
surface area due to a hierarchical nanostructure accounts for enhanced gas sensitivity.
In situ growth of upright-standing SnO2 nanoplates connected to horizontally pointed TiO2 nanoneedles to form a new, high surface area hierarchical nanostructure is proposed for the first time and envisaged in ammonia and liquid petroleum gas sensors. The increased surface area due to a hierarchical nanostructure accounts for enhanced gas sensitivity.
Elsevier
以上显示的是最相近的搜索结果。 查看全部搜索结果