Scientific Resource Catalog
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Ultrasonically assisted catalysis—also called sonocatalysis—is one of the advanced oxidation processes used for wastewater treatment. It has been shown that using nanoparticles of piezoelectric materials as nanocatalysts in sonocatalysis greatly enhances the catalytic reaction rates, a phenomenon t…
Low-emissivity (low-E) coatings are among the most effective thin-film technologies for reducing radiative heat losses and controlling solar heat gain in buildings, which account for approximately 30–40% of global primary energy consumption. This expanded review follows the technological evolution…
Abstract Nanozyme-based biosensors have aroused much attention in recent decades and were broadly applied to multifarious areas. Whereas, the inferior reliability and high cost/complexity induced by the limited-modal outputs and commonly used multicomponent nanozymes in existing works are still dra…
Wooden façades in multi-storey buildings frequently rely on fire-retardant treatments to meet safety requirements. However, their long-term performance under outdoor exposure is difficult to assess using conventional methods. This study presents a non-destructive monitoring approach based on near-i…
The in situ growth of carbon nanotubes (CNTs) on metal-organic framework (MOF)-derived carbon matrices offers a promising route for lightweight and high-performance electromagnetic wave (EMW) absorbers. However, achieving controllable CNT growth while maintaining balanced dielectric properties and…
The Rozanov limit provides a fundamental causality constraint for passive electromagnetic absorbers, but practical ultrabroadband absorbers are also governed by how efficiently structural topology injects, stores, redistributes, and dissipates the available material loss. Here, we propose a topolog…
ABSTRACT Homogeneous superparamagnetic core‐shell microspheres based on Ni‐Zn ferrite@polypyrrole (NZFO@PPy) were firstly fabricated. Based on the introduction of the electromagnetic wave absorbing materials, the physical evidence characteristics of the simulated electromagnetic waves involved in c…
The thiol-maleimide Michael-type addition is used in bioconjugation and hydrogel crosslinking for its chemoselectivity and rapid kinetics under physiological conditions. However, this same reactivity limits its use for soft hydrogels, as gelation often proceeds faster than precursor mixing, leading…
The 132Hz soliton eigenmode phase-locks across the 240 E8 roots to generate a discrete time-translation symmetry breaking — a time-crystal whose period multiplies by φ per hyperbolic layer. Projecting the root vectors onto the Poincaré disk reveals that soliton collisions braid non-abelian anyons a…
Using the 240 root vectors of the E8 lattice as a higher‑dimensional cut‑and‑project basis, we generate an aperiodic tiling that inherits the 5‑fold symmetry of Penrose patterns while encoding the √2 approximations of the Sulba Sutras through phi‑scaled projection windows. The resulting 3D quasicry…
Abstract Surface-immobilized gold nanospheres (SIGNs) are widely used as electric-field-enhancement platforms for spectroscopic techniques such as surface-enhanced Raman scattering and nonlinear optics because of the strong localized surface plasmon resonances (LSPRs). However, optical absorption i…
ABSTRACT Crosslinking modification of polymer emulsions is an effective approach to suppress swelling and improve coating durability. In this study, an epoxy‐functional silane oligomer crosslinker (PGOPTS) was synthesized via a silane hydrolysis–condensation route using γ‐(2,3‐epoxypropoxy)propyltr…
Particle-containing gels were functionalized with clove, peppermint, tea tree, sage, coconut, lemon, and eucalyptus oils to obtain a novel material for dental applications with improved cell interactions and antibacterial applications. Dried samples, SEM imaging, and elemental mapping revealed a ho…
In this study, having focused on biosensor production, three different experimental sets were produced: a control group (substrates based on pure poly (3-hexylthiophene) and polylactic acid composite materials), samples exposed to pure water, and samples interacting with drug molecules. The electri…
Metals and alloys exhibit scale‐dependent mechanical behavior governed by crystallographic slip, requiring explicit consideration of slip systems in microscale simulations of polycrystals. Crystal plasticity (CP) theory addresses this by explicitly modeling anisotropy and slip‐system interactions.…
This study describes the development of a novel slag-free self-shielded metal-cored wire. Various concentrations (0 wt.%, 0.15 wt.%, and 0.3 wt.%) of graphene nanosheets (GNS) were included in the welding wire. In this study, a range of iron alloys, including boron and varying amounts of GNS, were…
Abstract In this work, the electronic transport characteristics of a photochromic molecular system are investigated using the combined density functional theory (DFT) and nonequilibrium Green’s function (NEGF) formalism. The studied molecule undergoes a reversible photoinduced isomerization between…
Abstract To address the limitations of low cross-linking density and inadequate mechanical performance in poly(methacrylimide) (PMI) foams derived from thermally expandable precursor beads, three bis-olefinic cross-linkers were used to synthesize cross-linked PMI precursor beads during the suspensi…
Chronic wounds represent significant challenges due to impaired angiogenesis, prolonged inflammation and poor tissue regeneration. This study introduces novel sandwich-like trilayer electrospun wound dressing composed of polycaprolactone (PCL) as outer layers and Aloin-loaded PVA/PCL blend as the i…
This paper introduces Non-Removable Structure Theory (NRST), a novel approach to mathematical discovery centered around identifying and characterizing the fundamental, irreducible components within mathematical objects. NRST posits that mathematical structures possess inherent, non-removable cores…