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In this work, a metal-organic framework (MOF -engaged template strategy is developed to mediate the in-situ formation of ultrafine ZnS nanorods rooted in the hollow carbon polyhedra (denoted as ZnS NR@HCP).
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Simple and facile sacrificial hard template strategy was utilized.
A facile and scalable salt-templating strategy is developed for in situ synthesizing 3D porous Ni@C architecture composed of cross-linked belt-like microwires (bNi@C composite).
Our findings provide the first evidence that the instant direct templating strategy is a preferable method for achieving precise control of the mesophase geometry, of the developing constrictions in the cylindrical pore structure, and of the size and shape of the internal pore architecture.
This simple template based strategy is expected to be extended for the fabrication of similar hollow structure semiconductor oxide composites, and this work might provide an effective principle for designing high performance hybrid gas sensing materials.
Moreover, the low-cost pollen template-based strategy is found to be a versatile method to prepare other porous and hollow elliptical microstructure of transition-metal oxides.
A novel zeolite-involved template-free strategy is proposed and demonstrated to process natural kaolin into mesoporous silica with enlarged specific surface area (SBET).
A novel template selection strategy was employed to reduce the number of templates required for matching by up to 50%, while providing comparable performance with known approaches.
The template for such a strategy is Argentina in 2001-02, but it is not really a fair comparison.
A facile and template-free one-pot strategy is applied to synthesize MoO2 nanostructured particles via a hydrothermal methodology.
In this contribution, a self-sacrifice biomorphic template-engaged strategy was purposefully devised for efficient and scalable fabrication of hierarchical porous ZnMn2O4 micro-belts (ZMO-MB).
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