Novel interconnected porous structure was built using diamond lattice pore units and was proposed for biomechanical design to prevent stress shielding.
Here, we fabricate a novel interconnected N, S-codoped porous exfoliated carbon nanosheets (ECNs) with large specific area and pore volume through a one-step carbonization process by using glucose/melamine-sulphate-salt (GMSS) as precursor.
Herein, using hydroxyapatite (HAP) microtubes as the raw material instead of traditional particles, a novel interconnected nanochannel hydroxyapatite ceramic was fabricated successfully through one-step microwave sintering method without the addition of pore generators.
The novel interconnected pore structure allows for easy diffusion of the electrolyte and at the same time can enhance the HP-Mo2C-C/electrolyte contact area, shorten the Li+ diffusion length, and accommodate the strain induced by the volume change during the electrochemical reaction.
A prototype of a novel interconnection architecture called the centralized optical backplane (COB) was experimentally demonstrated in a three-board microprocessor-to-memory interconnect system.
In this paper, we present a novel copper interconnect scheme where conducting, barrier and capping layers are deposited by electroless methods.
In this paper, novel ultralong interconnected polypyrrole (PPy) nanowires were synthesized by an interfacial reaction of pyrrole in organic phase and ammonium persulfate in aqueous phase using cetyltrimethylammonium bromide (CTAB) as soft template.
This study provides a novel 3D interconnected carbon material as a non-metal ORR electrocatalyst and design strategy for a large-area, self-standing and binder-free carbon-based electrochemical electrode.
The design, preparation and application of novel hierarchically interconnected micro-meso-macroporous solid-acid catalysts constructed from zeolite nanocrystals via a chemically crystallization process in a quasi solid state system using glycerin medium have been described.
A novel 3D interconnected web-like carbon material with high electrocatalytic activities toward oxygen reduction reaction (ORR) has been developed for the first time via direct carbonization of a composite (Zn-MOF-74@CNFs) comprising Zn-MOF-74s grown on carbon nanofibers (CNFs) web.
