959 papers
This paper presents direct measurements of the evaporation dynamics and concentration changes in suspended aqueous droplets of acetone, methanol, and ethanol using a capacitance method, ultimately establishing a generalized correlation for mass loss that incorporates environmental parameters and the Schmidt number to account for internal molecular momentum and mass transfer.
This study demonstrates that a biochar-immobilized *Burkholderia pyrrocinia* agent effectively alleviates cadmium stress and enhances growth in pepper plants throughout their lifecycle by improving physiological resilience and upregulating key molecular pathways involved in cadmium sequestration, hormone biosynthesis, and oxidative stress defense.
This study translates four co-designed Australian land-use narratives into a national optimization model to explicitly reveal the complex trade-offs between biodiversity, carbon, food production, and economic returns, demonstrating that while a "Landscape Stewardship" scenario maximizes ecological benefits, a "Regional Ag Capitals" scenario prioritizes food output at the cost of climate goals.
This study demonstrates that Inductively Coupled Plasma Mass Spectrometry (ICP-MS) is an effective tool for the forensic elemental profiling and comparative analysis of jewellery alloys and geological samples, enabling the differentiation of material sources and the identification of compositional heterogeneity.
This study demonstrates that technology-transfer taxonomies constructed on broad industry populations often lack selection validity for young SMEs, showing that recalibrating R&D criteria specifically to the target SME population significantly improves screening accuracy for identifying high-growth firms compared to using standard OECD sector classifications.
This study investigates the impact of supply chain integration on sustainable competitive advantage among large-scale food and beverage manufacturers in Addis Ababa and Sheger, Ethiopia, and concludes that despite robust model fit, the direct relationship between the two variables is statistically negligible, leading to the rejection of the proposed hypothesis.
This study demonstrates that a commercial mixed-reality headset can acquire intraoperative organ surfaces using only onboard sensors, finding that while its time-of-flight depth sensor generally offers superior accuracy on opaque tissues, learning-based RGB reconstruction provides a more robust alternative for translucent surfaces where active depth sensing fails.
This study presents the first genome-wide identification and comprehensive bioinformatic characterization of the eight RcGH3 genes in *Rosa chinensis*, elucidating their phylogenetic relationships, genomic distribution, conserved motifs, and potential regulatory mechanisms to establish a foundation for future functional research.
This study establishes the first Saudi-specific dietary reference values for vitamins by applying a harmonized factorial computational framework to local anthropometric and physiological data, providing a national foundation for population-level nutrition assessment and policy while distinguishing these estimates from individual clinical guidance.
This paper proposes a stable, modular, and adaptive multi-model evaluation system that integrates dynamic, static, and hybrid approaches to accurately assess green building energy efficiency across diverse climates and scales, achieving a hybrid model error rate of under 6% while supporting both individual building optimization and large-scale portfolio management.