The pursuit of facile synthetic methods for systematic control over the morphology and crystal phase of nanostructures has attracted a tremendous amount of interest. By utilizing the acid-induced layer-to-tunnel transition method of MnO2, we here for the first time report multi-layered sawtooth-shape MnO2 with relatively high mass loading. The opti...
The pursuit of facile synthetic methods for systematic control over the morphology and crystal phase of nanostructures has attracted a tremendous amount of interest. By utilizing the acid-induced layer-to-tunnel transition method of MnO2, we here for the first time report multi-layered sawtooth-shape MnO2 with relatively high mass loading. The opti...
Porous SiC ceramic membrane supports are widely employed in a wide variety of high-temperature applications, such as hot flue gas filtration, porous burners and molten metal fillers. Herein, SiC supports, with a porosity of similar to 37%, were prepared by using low-temperature bonding techniques and the influence of different bonding phases, such ...
Porous SiC ceramic membrane supports are widely employed in a wide variety of high-temperature applications, such as hot flue gas filtration, porous burners and molten metal fillers. Herein, SiC supports, with a porosity of similar to 37%, were prepared by using low-temperature bonding techniques and the influence of different bonding phases, such ...
Graphite foams were prepared using foaming method and template method with nature flake graphite powder as main raw materials, sucrose as a foaming agent or binder, as well sodium chloride as a template. The compositions, microstructure, thermal properties and mechanical performance of the fabricated graphite foams were investigated by X-ray fluore...
Graphite foams were prepared using foaming method and template method with nature flake graphite powder as main raw materials, sucrose as a foaming agent or binder, as well sodium chloride as a template. The compositions, microstructure, thermal properties and mechanical performance of the fabricated graphite foams were investigated by X-ray fluore...
Molecular self-assembly of functional proteins has garnered intense interest for the development of nanomaterials. Tumor necrosis factor-related apoptosis-inducing ligand (TRAIL), as one of the most promising agents for cancer therapy, could selectively induce the apoptotic cell death in tumor cells while not on normal cells. In this study, protein...
Molecular self-assembly of functional proteins has garnered intense interest for the development of nanomaterials. Tumor necrosis factor-related apoptosis-inducing ligand (TRAIL), as one of the most promising agents for cancer therapy, could selectively induce the apoptotic cell death in tumor cells while not on normal cells. In this study, protein...
The mechanically robust nanocoatings with high transmittance and superhydrophobic self-cleaning are widely desired in daily-life and industry. However, to the state-of-art, it is still a great challenge to develop a simple and cost-effective approach to construct a multifunctional nanocoating due to structural confliction and technical limitation. ...
Over the past two decades, prototype devices for future classical and quantum computing technologies have been fabricated by using scanning tunneling microscopy and hydrogen resist lithography to position phosphorus atoms in silicon with atomic-scale precision. Despite these successes, phosphine remains the only donor precursor molecule to have bee...
