Showing 17,541 - 17,560 results of 17,811 for search '(( a ((teer decrease) OR (linear decrease)) ) OR ( a ((largest decrease) OR (larger decrease)) ))', query time: 0.42s Refine Results
  1. 17541

    Effect of stimulus pulse duration on reflectance changes. by Takeshi Morimoto (540391)

    Published 2014
    “…<p>Fundus photograph (A) and images of reflectance changes elicited by different pulse durations (B–F). …”
  2. 17542

    Data_Sheet_1_Molecular Mechanics Study of Flow and Surface Influence in Ligand–Protein Association.PDF by Shivansh Kaushik (10775871)

    Published 2021
    “…When the xk263 diffusion flux increased, the effective xk263 concentration around HIVp, xk263–HIVp association time and binding probability decreased non-linearly regardless of interacting with the self-assembled monolayer surface or not. …”
  3. 17543

    Image1_To investigate the correlation between normal fetal biventricular myocardial function and gestational age using velocity vector imaging.jpeg by Min Hou (500737)

    Published 2023
    “…</p>Conclusion<p>In normal fetuses, the peak myocardial velocity of the biventricular segments showed a decreasing trend from the basal to the apical segment. …”
  4. 17544

    Centrosome growth by localised assembly and distributed disassembly. by Deb Sankar Banerjee (12890259)

    Published 2022
    “…<p>(A) Localized assembly around the centriole and disassembly throughout the pericentriolic matter generate a size-dependent disassembly rate which ensures robust size control. …”
  5. 17545

    PLANT DENSITY AND NITROGEN FERTILIZATION ON COMMON BEAN NUTRITION AND YIELD by ROGÉRIO PERES SORATTO (6117422)

    Published 2018
    “…In the absence of N fertilization, reduction of plant density decreased N concentration in common bean leaves. Nitrogen fertilization linearly increased dry matter and leaf N concentration, mainly at lower plant densities. …”
  6. 17546

    Score of ultra-processed food consumption and its association with sociodemographic factors in the Brazilian National Health Survey, 2019 by Caroline dos Santos Costa (5942315)

    Published 2022
    “…After adjustment for confounders, the prevalence of consuming five or more subgroups of ultra-processed foods decreased linearly with age, increased linearly with wealth quintiles and it was higher in urban areas, in the Southeast and South regions (compared to the others) and in men. …”
  7. 17547

    Data_Sheet_1_Differences in nitrogen and phosphorus sinks between the harvest and non-harvest of Miscanthus lutarioriparius in the Dongting Lake wetlands.PDF by Zenghui Peng (2118727)

    Published 2022
    “…Similarly, except for the relative release index of nitrogen in the leaves, all the relative release indices decreased in the flood period. At the end of the in situ decomposition experiment, the relative release indices of both the nitrogen and phosphors were greater than zero, indicating that there was a net release of nitrogen and phosphorus. …”
  8. 17548

    Milk production and economic assessment of cassava bagasse in the feed of dairy cows by Leandro Pereira Lima (5885036)

    Published 2022
    “…Diet with 15% cassava bagasse provided a 13.2% increase in production when compared to control. …”
  9. 17549

    Crystallization of Active Emulsion by Boris Kichatov (9609078)

    Published 2021
    “…Crystallization proceeds via condensation of droplets from the gas phase through the formation of liquid as an intermediate phase, which covers the crystal surface with a thin layer. Inside the liquid layer the bond-orientational order of droplets decreases from the crystal surface toward the gas phase. …”
  10. 17550

    Crystallization of Active Emulsion by Boris Kichatov (9609078)

    Published 2021
    “…Crystallization proceeds via condensation of droplets from the gas phase through the formation of liquid as an intermediate phase, which covers the crystal surface with a thin layer. Inside the liquid layer the bond-orientational order of droplets decreases from the crystal surface toward the gas phase. …”
  11. 17551

    Crystallization of Active Emulsion by Boris Kichatov (9609078)

    Published 2021
    “…Crystallization proceeds via condensation of droplets from the gas phase through the formation of liquid as an intermediate phase, which covers the crystal surface with a thin layer. Inside the liquid layer the bond-orientational order of droplets decreases from the crystal surface toward the gas phase. …”
  12. 17552

    Crystallization of Active Emulsion by Boris Kichatov (9609078)

    Published 2021
    “…Crystallization proceeds via condensation of droplets from the gas phase through the formation of liquid as an intermediate phase, which covers the crystal surface with a thin layer. Inside the liquid layer the bond-orientational order of droplets decreases from the crystal surface toward the gas phase. …”
  13. 17553

    Crystallization of Active Emulsion by Boris Kichatov (9609078)

    Published 2021
    “…Crystallization proceeds via condensation of droplets from the gas phase through the formation of liquid as an intermediate phase, which covers the crystal surface with a thin layer. Inside the liquid layer the bond-orientational order of droplets decreases from the crystal surface toward the gas phase. …”
  14. 17554

    Crystallization of Active Emulsion by Boris Kichatov (9609078)

    Published 2021
    “…Crystallization proceeds via condensation of droplets from the gas phase through the formation of liquid as an intermediate phase, which covers the crystal surface with a thin layer. Inside the liquid layer the bond-orientational order of droplets decreases from the crystal surface toward the gas phase. …”
  15. 17555

    Crystallization of Active Emulsion by Boris Kichatov (9609078)

    Published 2021
    “…Crystallization proceeds via condensation of droplets from the gas phase through the formation of liquid as an intermediate phase, which covers the crystal surface with a thin layer. Inside the liquid layer the bond-orientational order of droplets decreases from the crystal surface toward the gas phase. …”
  16. 17556

    Crystallization of Active Emulsion by Boris Kichatov (9609078)

    Published 2021
    “…Crystallization proceeds via condensation of droplets from the gas phase through the formation of liquid as an intermediate phase, which covers the crystal surface with a thin layer. Inside the liquid layer the bond-orientational order of droplets decreases from the crystal surface toward the gas phase. …”
  17. 17557

    Crystallization of Active Emulsion by Boris Kichatov (9609078)

    Published 2021
    “…Crystallization proceeds via condensation of droplets from the gas phase through the formation of liquid as an intermediate phase, which covers the crystal surface with a thin layer. Inside the liquid layer the bond-orientational order of droplets decreases from the crystal surface toward the gas phase. …”
  18. 17558

    Crystallization of Active Emulsion by Boris Kichatov (9609078)

    Published 2021
    “…Crystallization proceeds via condensation of droplets from the gas phase through the formation of liquid as an intermediate phase, which covers the crystal surface with a thin layer. Inside the liquid layer the bond-orientational order of droplets decreases from the crystal surface toward the gas phase. …”
  19. 17559

    Crystallization of Active Emulsion by Boris Kichatov (9609078)

    Published 2021
    “…Crystallization proceeds via condensation of droplets from the gas phase through the formation of liquid as an intermediate phase, which covers the crystal surface with a thin layer. Inside the liquid layer the bond-orientational order of droplets decreases from the crystal surface toward the gas phase. …”
  20. 17560

    Crystallization of Active Emulsion by Boris Kichatov (9609078)

    Published 2021
    “…Crystallization proceeds via condensation of droplets from the gas phase through the formation of liquid as an intermediate phase, which covers the crystal surface with a thin layer. Inside the liquid layer the bond-orientational order of droplets decreases from the crystal surface toward the gas phase. …”