Materials Literature
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The proposed Pseudo-First-Order Phase Transition in a ferroelectric nanoparticle occurs at a temperature lower than its paraelectric/ferroelectric transition Curie temperature and is associated with an ultrahigh electrocaloric effect.
Conductivity Spectra of LaAlO 3 .
Chemical relaxation experiments in reducing atmospheres show little to no contribution of heterogeneous phase-boundaries to oxygen surface exchange kinetics on Sr 2 Fe 1.5 Mo 0.5 O 6−δ –Sm 0.2 Ce 0.8 O 2−δ dual-phase composites.
The co-delivery of multiple drugs has become the primary strategy in cancer therapy in recent years, because this technique could promote synergistic actions, reduce side effects and deter the development of drug resistance. To achieve a controlled and sustained release of the loaded drugs, a supramolecular hydrogel b…
In situ reduction of graphene oxide during preparation of conducting polymeric nanocomposites.
Biomaterials scientists strive to develop polymeric materials with distinct chemical make-up, complex molecular architectures, robust mechanical properties and defined biological functions by drawing inspirations from biological systems. Salient features of biological designs include (1) repetitive presentation of bas…
A new garnet structure compound Ca 3 Hf 2 SiAl 2 O 12 : x Ce 3+ phosphor is synthesized and takes on nice photoluminescence properties.
Conductive polymers (such as polyaniline and polypyrrole) as hydrophilic building blocks are used for the construction of underwater superoleophobic films.
Metal nanoparticles and their oxides are one prospective candidate for making a new class of antibacterial agents. Active interest in nanomaterials is caused by the fact that the transition to the nanodimensional level leads to a change in the fundamental properties of a substance that is connected with the display of…
Elementary unit cell of α-MoO 3 containing four MoO 3 units.
The design of a robust superhydrophobic surface is a widely pursued topic. While many investigations are limited to applications with high impact velocities (for raindrops of the order of a few meters per second), the essence of robustness is yet to be analyzed for applications involving quasi-static liquid transfer.…
PEO–silane amphiphiles blended into silicone exhibit enhanced surface restructuring and protein resistance dependent on PEO length.
Micro carbonaceous spheres have been successfully synthesized from watermelon via a one-pot hydrothermal reaction.
Hydrogen dissociation and spillover on supported metal nanoparticles have received renewed interest because these chemical processes are closely related to applications in heterogeneous catalysis and hydrogen storage. In heterogeneous catalysis, spillover can control the reaction rate and selectivity of a wide range o…
SPI–gelatin films reinforced by MCC with hydrogen bond and interpenetrating network perform better mechanical and thermal properties.
Direct epitaxial growth of WS 2 isolated crystals and WS 2 continuous films onto epitaxial- and CVD-graphene providing a homogeneous and narrow PL peak.
A synergistic toughening effect of soft EPDM particles and rigid PA6 domains for PP/PA/EPDM ternary blends was observed and the related micromechanisms were proposed.
Tunable and versatile biobased copolyesters with excellent performances in nanocomposites, polylactide tougheners and shape memory were synthesized and characterized.
In this work, influence of SDS presence on the physical interactions between EPDM macromolecules and graphene oxide functional groups are investigated.
Reduction of bromate to bromide over mono and bimetallic ZSM5 catalysts was efficiently achieved and PdCu–ZSM5 is the best catalyst.