Yield (engineering)

  1. Pediatric intracranial abscesses often required varied treatment and molecular testing improved diagnosis
    Pediatric intracranial abscess management analysis reveals molecular testing improves diagnosis; structural sequelae are common but prognostically unclear.
  2. Nitrogen split ratio improved lodging resistance and yield in winter wheat
    Nitrogen topdressing timing regulates basal internode structure and mechanical properties in winter wheat, improving lodging resistance by 41.8% and yield by 12.2%.
  3. Desymmetrization method forms N–N atropisomers with multiple stereocenters
    Asymmetric Michael addition constructs N-N atropisomers from indole-derived maleimides with simultaneous generation of multiple stereocenters, achieving 99% yield and exceptional stereoselectivity.
  4. Effect of Supply Chain Finance Solutions on Production Planning Under Yield and Lead Time Uncertainty
    Analysis of supply chain financing methods for manufacturers facing yield and lead time uncertainty, comparing APD, bank loans, reverse factoring, and buyer-backed purchase orders.
  5. Drip fertigation improved wheat nitrogen uptake and yield stability
    Study demonstrates drip fertigation increases winter wheat yield 15–21% and improves nitrogen uptake, particularly after flowering, while expanding optimal planting density range.
  6. China coal prices show long-term links with inventory and logistics
    Analysis of China's steam coal price formation reveals that port inventory, shipping costs, and oil prices drive pricing dynamics more than production alone, with implications for energy policy.
  7. TiO2 foliar spray improved late-sown wheat yield and quality
    Foliar TiO2 application mitigates late-sown wheat yield losses by enhancing photosynthetic physiology, antioxidant defense, and grain quality across critical growth stages.
  8. Barley metabolite levels varied with genotype and stress type
    Metabolomic characterization of barley stress responses reveals genotype-dependent metabolite accumulation patterns and candidate biomarkers under single and combined abiotic stresses.
  9. High molybdenum with low nitrogen improved wheat yield-related measures
    Study examines nitrogen-molybdenum interactions in winter wheat, finding that elevated molybdenum under reduced nitrogen enhances yield and nitrogen use efficiency.
  10. Dual-purpose management reduced wheat yield and varied by crop
    Analysis of dual-purpose cereal crops reveals oat optimal for combined grain-forage production, barley best for forage alone, with rainfall variability as primary constraint to economic viability.
  11. THF increased yields of polyfluorinated tetraketones
    Synthesis of polyfluorinated diketoesters and tetraketones from perfluorinated dicarboxylic acid esters and alkyl ketones, with mechanistic investigation via MP2 calculations.
  12. New fused NiII porphyrin dimers were synthesized
    Synthesis of fused-azepine- and 1H-azocine-bridged NiII porphyrin dimers via Pictet-Spengler cyclization and oxidative transformations, yielding NIR-absorbing and fluorescent complexes.
  13. Low-energy electrons selectively cleave DNA bonds in films
    Study reveals energy-dependent selective bond cleavage in DNA films exposed to low-energy electrons using XPS analysis, showing preferential damage to N-glycosidic and sugar-phosphate bonds.
  14. Yield curve factors predict growth in some countries, not inflation
    Analysis of yield curve predictive power for growth and inflation across 40 countries finds stronger performance in developed and CEE economies and low-credibility contexts.
  15. Planting density of 300 plants per square meter gave the best yield
    Two-year field study shows hybrid wheat Jingmai 17 sown late achieves optimal yield and source-sink balance at 300 plants·m−2, improving grain filling and yield stability.