Scientific Resource Catalog
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This research investigates the dynamics of molecular phase ordering, shifting the focus from identifying the final phase state to understanding the propagation of order from local to macroscopic scales. We explore how changes in local structure lead to alterations in intermediate-scale structures,…
The development of metal nanoclusters (NCs) has attracted significant interest due to their applications in photonics, biology, electronics, and catalysis. Their ultrasmall size, tunable structures, and well‐defined structure–property correlation make them attractive tool in the field of catalysis.…
Impressed current cathodic protection (ICCP) is widely used to mitigate internal corrosion of offshore wind monopiles, but its design remains challenging because coating condition, geometry, and exposure history strongly affect current demand. This study develops an experimentally supported, simula…
Poly(vinyl chloride) (PVC) and multi-walled carbon nanotubes (MWCNTs) were hot-pressed into ∼0.25 mm thick (PVC)100–x/(MWCNTs)x thin-film composites (TFCs), where x = 0.2–10 wt%. MWCNTs were examined by SEM-EDX, TGA, and TPD MS. The MWCNTs exhibited thermal stability, with a mass loss of ∼3.5% up t…
Building on E8 phase-gradient entropy collapse patterns and harmonic bias synchronization, we discover that phi-collapsed microstructures within 240 E8 root vectors exhibit harmonic reversibility in their 132Hz resonance waveforms. This occurs when golden-ratio phase couplings synchronize collapse…
Surface recession can underestimate laser-induced damage in 2.5D C/SiC composites because thermochemical degradation extends beneath the visible pit. Infrared thermography and micro-CT data from six laser conditions (400–1600 W·cm−2, 3–12 s), together with SEM/EDS observations, were reanalysed usin…
The intrinsic incompatibility between hydrophilic natural fibers and hydrophobic biopolymer matrices remains a critical challenge in the development of high-performance fully biobased composites. This study presents a novel multiresponse optimization framework for Ar/O 2 cold-plasma surface modific…
ABSTRACT Pyritum can eliminate blood stasis and promote the healing of muscles and bones, which has been used as a traditional mineral medicine in China for thousands of years. However, the mechanisms of action and processing methods of Pyritum were not illustrated. This study developed a natural n…
Abstract Early detection of lung cancer via exhaled breath analysis requires gas-sensing materials with high sensitivity and selectivity. In this work, the sensing performance of Ru- and Rh-modified ZrS2 monolayers toward representative biomarkers (benzene (C6H6), acetone (C3H6O), and isoprene (C5H…
A new series of difluoro-substituted analogues, 4-(((2,6-difluorophenyl)imino)methyl)phenyl 4-(x-alkyloxy)benzoates (DFPIMB-n), was synthesized to assess how lateral substitution and terminal alkoxy chain length affect mesomorphic behavior. Differential scanning calorimetry and polarized optical mi…
This paper introduces the "Chemical Theory Completeness Criterion" (220), a foundational concept aimed at establishing a rigorous mathematical definition for an "intact" chemical theory. Rather than focusing solely on the length or complexity of a theoretical framework, this criterion proposes a mu…
In this work, we investigate a novel photochromic azobenzene derivative, TC827, which exhibits a unique photoelectric response when embedded in artificial lipid membranes. By combining spectroscopic, electrochemical, and molecular simulation analyses, we demonstrate that TC827 forms light-controlle…
This paper introduces the Chemical Phase Space Singularity Map (CPSSM), a novel approach to understanding chemical transformations. Unlike traditional methods like the periodic table, the CPSSM constructs a comprehensive map of the reaction phase landscape, identifying key transition points – singu…
Abstract Chitosan-based films and coatings are promising biodegradable materials for active and intelligent food packaging, and incorporation of phenolic compounds or extracts can enhance their antioxidant, antimicrobial, and barrier functions. This review synthesizes recent progress on the interac…
Natural biological materials achieve synergistic strengthening and toughening through soft–stiff dual-phase architectures, inspiring artificial composites. Despite extensive studies on individual bio-inspired designs, systematic comparative investigations under fully unified experimental conditions…
The field of computational chemistry relies heavily on models – quantum chemical methods, molecular dynamics simulations, and machine learning potential energy surfaces – to predict the behavior of chemical systems. However, these models are inherently approximations, and their validity is often ti…
This paper introduces the Quantum Reaction Language (QRL), a novel framework for representing and generating chemical reactions using a grammar-based approach. The core concept is that all chemical reactions, regardless of their complexity, can be viewed as a form of language generation. We propose…
This paper introduces the Molecular Phase Information Theory (MPIT), a novel framework for understanding and predicting material behavior based on the concept of "phase information" rather than solely relying on molecular structure. The core premise of MPIT is that a molecule's state information is…
This research investigates the dynamics of molecular phase ordering, shifting the focus from identifying the final phase state to understanding the propagation of order from local to macroscopic scales. We explore how changes in local structure lead to alterations in intermediate-scale structures,…
Bacterial decomposition of sweat produces odors affecting close-fitting garment comfort. This study selected five polyester filament types: coffee carbon polyester filament (CC-PET), bamboo charcoal polyester filament (BC-PET), oyster shell polyester filament (OS-PET), graphene polyester filament (…