Ordered rutile TiO2 nanorods grown on transparent electro-conductive F-doped SnO2-coated (FTO) glass substrates were prepared by a simple hydrothermal method using tetrabutyl titanate as the precursor and then calcine...
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Sol-gel synthesis of intrinsic (i-ZnO) and aluminum-doped zinc oxide (Al:ZnO) thin films was carried out via spin coating process using 0.2 M Zn 2 + precursor salt, monoethanolamine to Zn2 + ratio of 0.75, and 1 and 2...
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A carbonization method is reported to improve the thermal conductivity of carbon nanotube (CNT) arrays. After being impregnated with phenolic resins, CNT arrays were carbonized at a temperature up to 1400°C. As a...
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A carbonization method is reported to improve the thermal conductivity of carbon nanotube (CNT) arrays. After being impregnated with phenolic resins, CNT arrays were carbonized at a temperature up to 1400°C. As a result, pyrolytic carbon was formed and connected non-neighboring CNTs. The pyrolysis improved the room temperature conductivity from below 2 W/m·K up to 11.8 and 14.6 W/m·K with carbonization at 800°C and 1400°C, respectively. Besides the light mass density of 1.1 g/cm3, the C/C composites demonstrated high thermal stability and a higher conductivity up to 21.4 W/m·K when working at 500°C.
Introduction Cellulosic biomass have great potential for sustainable production of chemicals, fuels and materials[1-2]. Controlled chemical hydrolysis or biologicalenzyme hydrolysis of cellulose can remove the
Introduction Cellulosic biomass have great potential for sustainable production of chemicals, fuels and materials[1-2]. Controlled chemical hydrolysis or biologicalenzyme hydrolysis of cellulose can remove the
The photonic crystals provide unique properties of photonic band gap, photonic localization and so on. The photonic bad gap creates possibilities to produce new photoelectric materials with the modulation of the photo...
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The photonic crystals provide unique properties of photonic band gap, photonic localization and so on. The photonic bad gap creates possibilities to produce new photoelectric materials with the modulation of the photophysical process. In this work, the modulation effects on energy transfer were studied both in theory and experiment. The opal and inverse opal photonic crystals with luminophors were fabricated. The energy transfer was investigated by photoluminescence and fluorescence lifetime. The results showed the enhancement of energy transfer when the photonic band gap overlapped the emission wavelength of donor.
An in‐depth understanding of dynamic interfacial self‐assembly processes is essential for a wide range of topics in theoretical physics, materials design, and biomedical research. However, direct monitoring of such ...
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An in‐depth understanding of dynamic interfacial self‐assembly processes is essential for a wide range of topics in theoretical physics, materials design, and biomedical research. However, direct monitoring of such processes is hampered by the poor imaging contrast of a thin interfacial layer. We report in situ imaging technology capable of selectively highlighting self‐assembly at the phase boundary in real time by employing the unique photophysical properties of aggregation‐induced emission. Its application to the study of breath‐figure formation, an immensely useful yet poorly understood phenomenon, provided a mechanistic model supported by direct visualization of all main steps and fully corroborated by simulation and theoretical analysis. This platform is expected to advance the understanding of the dynamic phase‐transition phenomena, offer insights into interfacial biological processes, and guide development of novel self‐assembly technologies.
The effects of microwave sintering on the properties, phases and microstructure of W-2OCu alloy, using composite powder fabricated by spray pyrolysis-continuous reduction technology, were investigated. Compared with t...
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The effects of microwave sintering on the properties, phases and microstructure of W-2OCu alloy, using composite powder fabricated by spray pyrolysis-continuous reduction technology, were investigated. Compared with the conventional hot-press sintering, microwave sintering to W-2OCu composites could be achieved with lower sintering temperature and shorter sintering time. Furthermore, microwave sintered W-Cu composites with high densification, homogenous microstructure and excellent properties were obtained. Microwave sintering could also result in finer microstructures. ：~
Nanoionics-based memristive devices(NIMD)have attracted intensive attention in recent years due to their potential application in resistive random access memory(RRAM)as well as reconfigurable logic devices [1,2].
Nanoionics-based memristive devices(NIMD)have attracted intensive attention in recent years due to their potential application in resistive random access memory(RRAM)as well as reconfigurable logic devices [1,2].
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