Materials Literature
按标题、摘要、年份、主题和来源检索公开元数据。结果保留作者、摘要、分类与原始来源链接。
LSPR sensitive silver clusters embedded in porous silica, which show high LSPR sensitivity to both nitroaromatic and nitroaliphatic explosives, are prepared by a reverse microemulsion. The performance of this hybrid nanostructure is due to the combination of accumulation of nitro explosives in the porous silica and th…
Single crystal chemical-vapour deposition (scCVD) diamonds are interesting for a wide range of applications. For many of them a good understanding of the temperature dependence of charge carrier transport mechanisms and properties is crucial. Measurements on the temperature dependence of charge carrier movement in scC…
Encapsulation materials are very vital to the power light emitting diode packaging and become a hot topic for worldwide researchers because the devices packaging and assembly yield, and the devices reliability and lifespan are determined by the quality of packaging and assembly materials as well as their processing. I…
Twinning can become an important deformation mechanism in fcc metals once the crystal size is reduced to the sub-micron scale, e.g., in nanocrystals or nanowhiskers. The study of the twinning process, the interactions between propagating twins and between dislocations and twins is therefore important for a better unde…
In this study, we have performed phase-field simulations of grain growth in two-dimensional systems containing finely dispersed coarsening particles. In particular, the effects of the Ostwald ripening of particles on the grain growth kinetics and the morphology of the matrix grains have been investigated. After reachi…
The interest in developing optoelectronic devices integrated in the same silicon chip has motivated the study of Silicon nanocrystals (Si‐ncs) embedded in SiO x (nonstoichiometric silicon oxides) films. In this work, Si‐ncs in SiO x films were obtained by Hot Wire Chemical Vapor Deposition (HWCVD) at 800, 900, and 100…
The present work reports thiol-assisted confinement of gold nanoparticles (GNPs) at the interface of reverse micelles with the aim to enhance the interfacial area and thereby the efficiency of surface-active Chromobacterium viscosum lipase. The strong gold capping ability of optimally hydrophobic thiols (1-dodecanethi…
The superconductivity in antiperovskite compound MgCNi 3 was discovered in 2001 following the discovery of the superconducting MgB 2 . In spite of its lower superconducting transition temperature (8 K) than MgB 2 (39 K), MgCNi 3 has attracted considerable attention due to its high content of magnetic element Ni and th…
The incorporation of photoactive molecules in thin layers enables photoinduced changes in wettability, e.g. azobenzenes, or micropatterning by deprotection of functional groups, e.g. applying nitroveratryl compounds. This paper describes a synthetic route for obtaining an azobenzene with a silane anchor. The chemical…
In this research, a modeling and experimental study was conducted to explore the effects of nanoparticle type (aluminum nanoparticles and carbon nanotubes), filler concentration and interactions between the nanoparticle and reinforcing fibers on through-thickness conductivity of nanoparticle/epoxy nanocomposites and n…
The multiphase field (MPF) method is recognized as a powerful numerical method to simulate microstructural evolutions, such as solidification, grain growth, recrystallization, and phase transformation, in various materials. However, because we need to solve the time evolution equations for multiple-order parameters de…
Water droplet mobility can be reversibly controlled based on surface grafted stimuli-responsive polymer brushes by in situ liquid–solid interface chemical reactions. By regulating the pH of a droplet in situ, the real-time dynamic tuning of the chain conformation between the swollen state (hydrophilic) and collapsed s…
In this numerical study, the influence of the choice of metal (and hence of the conductivity) used for the fabrication of THz fishnet metamaterials is investigated. We explore an exemplary structure for which surface-plasmon-polaritons offer – assuming sufficiently good conductivity – pronounced extraordinary transmis…
The solid oxide fuel cell single cells with porous cathodes prepared at various sintering temperatures, having remarkable differences in micro/meso porosity, were studied using impedance, cyclic voltammetry and chronoamperometry measurement methods. Atomic force microscopy, scanning electron microscopy, focused ion be…
Este trabalho teve por objetivo avaliar a qualidade de compensados fabricados com adesivos base de taninos da casca de Pinus oocarpa e Fenol-Formaldedo (FF). O plano experimental foi composto de quatro tratamentos: Tanino-Formaldedo (TF); Fenol-Formaldedo (FF); FF + 10%TF (90:10), e FF + 20% TF (80:20). Os painis fora…
Facile Water/Ionic Liquid/Organic Triphase Interfacial Synthesis of Coral-Like Polyaniline toward High-Performance Electrochemical Capacitors, Yuan, Changzhou, Hou, Linrui, Shen, Laifa, Zhang, Xiaogang
Dense lead zirconate titanate (PZT) ceramics is typically used for fabrications of high power piezoelectric devices. In case of lanthanum and iron ions doping into PZT solid solution (PLFZT), material exhibiting both piezoelectric and magnetic properties can be obtained. Among many investigated compositions particular…
A series of Ru(II) complexes with monosilylated-dipyridine ligand have been synthesized and fully characterized and were then covalently attached to silica nanoparticles. Two types of hybrids were obtained depending on the experimental procedure. In the first approach, metal complexes were incorporated inside the sili…
The NMR heteronuclear relaxation rate's dependency on the anisotropy of rotational diffusion motions can be exploited to investigate the supramolecular organization that results from reversible peptide self-assembly in solution. The measurement of longitudinal (R1) and transverse (R2) 13C relaxation rates for several…
Lotus-type porous copper was fabricated using unidirectional solidification method by only changing casting temperature. Porous structure of the lotus-type porous copper was quantitatively characterized and analyzed. Effect of casting temperature on the porous structure was investigated and its mechanism was discussed…