Materials Literature
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Abstract The global transition toward sustainable energy has positioned multi-oil feedstocks (Garcinia gummi-gutta and Garcinia indica) to increase feedstock availability, which is vital to biodiesel production, thereby reducing fossil fuel dependencies and limiting harmful emissions. The incorporation of multifunctio…
Microplastic particles (MPP) arise from mismanaged plastic waste, plastic degradation (i.e., agricultural films, textiles, or packaging), and direct use in products such as cosmetics. Their environmental persistence raises concerns for ecosystems, wildlife, and human health. However, most in vitro studies focus on pri…
Deposit package for Towards the Unified Field Theory: Primordial Unified Energy Field (PUEF).This archive contains the English documentation tree for target "PUEF"(resource: publication / working paper) under the"Towards the Unified Field Theory" multi-framework documentation project.Note (Claims Hygiene): This projec…
Microplastic and nanoplastic (MP/NP) pollution is widely recognized as a threat to ecosystems. At the same time, organisms living in plastic-contaminated environments offer an under-explored source of insight into how biological systems interact with persistent synthetic particles. Research on biological plastic remed…
Patent document–keyword count data are typically high-dimensional, sparse, and dominated by zero entries, which makes it difficult to simultaneously reconstruct keyword frequencies and identify meaningful technological structures. This study proposes a machine learning approach to latent structure learning for zero-in…
This study investigated the influence of organic solvents on the depth of cure (DOC) of resin composites. Two conventional (Filtek Universal [FU] and Beautifil II [BE]) and two bulk-fill (Filtek One Bulk Fill [FO] and Beautifil-Bulk [BB]) composites were evaluated. Cylindrical specimens were fabricated using polyvinyl…
The supplementary material provides additional information on the descriptor preprocessing details, quantum chemical de- scriptor interpretations, molecular dynamics simulation protocols, complete SHAP feature importance rankings, and optimized model hyperparameters
Bacterial infections, especially those caused by Staphylococcus aureus and Escherichia coli, still pose a significant challenge for biomedical applications, such as the management of wound and bone infections. This investigation aimed to prepare and characterize hydroxyapatite–alginate (HAp/Alg) composites from bamboo…
Background: Raktapradara, described in Ayurvedic classics as Asrigdara, is a Yonivyapad characterised by excessive and irregular uterine bleeding and correlates closely with Menorrhagia, a common gynaecological disorder that affects women's health, quality of life and productivity worldwide. Modern management relies l…
Quantum vacuum fluctuations, long considered a purely theoretical construct, are now recognized as a potent driver of emergent phenomena in strongly coupled light–matter systems. We propose that the zero‑point field can induce novel ordering in quantum materials, giving rise to a vacuum‑induced order parameter, denote…
We engineer a topological phononic waveguide that embeds the phi‑modulated E8 quasicrystal bandgap into an array of resonant chambers aligned with E8 root vectors. The 132 Hz soliton eigenmode locks to the waveguide by phase‑matching the 240 root vectors, producing self‑trapped, low‑loss channels. Mapping the Penrose…
FINDING: Shannon entropy and Kolmogorov complexity are fundamentally different measures of information content, with Kolmogorov complexity being uncomputable in general, and their relationship is explored in the context of aperiodic tilings with maximal disorder. MATH: - Shannon entropy: \( H(X) = -\sum p(x) \log_2 p(…
Air-jet weaving is a highly efficient textile manufacturing process in which compressed air propels the weft yarn, and the aerodynamic performance of the main nozzle directly affects weaving efficiency and fabric quality. However, strong nonlinearity between nozzle structural parameters and internal airflow behavior m…
The structural and transport properties of Mn-bearing silicate melts are strongly influenced by the oxidation state of manganese, which plays an important role in many metallurgical slag systems. In this study, classical molecular dynamics simulations were performed to investigate the effect of the manganese valence s…
Hydrogen is a clean energy source with a high calorific value. Using crop straw, an agricultural by-product, for biological hydrogen production is a very promising way to convert biomass energy. This study investigated how deep eutectic solvent (DES) pretreatment altered the physical and chemical structures of corn st…
Abstract Curcumin possesses exceptional therapeutic and antioxidant potential, yet its clinical translation remains severely bottlenecked by rapid hydrolytic degradation and poor stability in aqueous environments. Herein, we report a robust and highly efficient magnesium-based metal–organic framework (MgMOF) platform…
Abstract Perylenediimides (PDIs), which feature strong visible-light absorption, π-electron-deficient planes, and photochemical characteristics, offer a versatile platform for developing tunable and efficient metal−organic framework (MOF) materials through modulation of their bay-substituent groups. Herein, we report…
Abstract Ammonia (NH3) plays a crucial role in the agricultural sector as a fertilizer and is a dense hydrogen carrier that offers a potential renewable and carbon-free energy source. These significant advantages necessitate the development of efficient NH3 synthesis and separation systems. Conventionally, the Haber–B…
ABSTRACT The kinetics of the reduction of tungstate ion by hydrogen peroxide in aqueous media containing phosphate ions, both in the absence and presence of amino acids as oxidizable organic substrates, have been monitored spectrophotometrically at 225–230 nm. Three long‐lived tungsten intermediates have been detected…
Clarifying the dynamic mechanism of rock pillar fracture and its rock burst-inducing mechanism is fundamental for the prevention and control of rock burst disasters in steeply inclined extra-thick coal seam groups. In this study, field monitoring, theoretical analysis, and numerical simulation were combined to investi…