Showing 2,181 - 2,200 results of 102,198 for search '(( 5 ((ppm decrease) OR (a decrease)) ) OR ( 5 ((mean decrease) OR (we decrease)) ))', query time: 1.77s Refine Results
  1. 2181

    Total history dependence decreases for small time bins Δ<i>t</i>. by Lucas Rudelt (4059505)

    Published 2021
    “…The smaller the time bin, the higher the risk that noise in the spike emission reduces the overall predictability or history dependence in the spiking, whereas an overly large time bin holds the risk of destroying coding relevant time information in the spike train. Thus, we chose the smallest time bin Δ<i>t</i> = 5 ms that does not yet show a substantial decrease in <i>R</i><sub>tot</sub>. …”
  2. 2182
  3. 2183
  4. 2184
  5. 2185
  6. 2186
  7. 2187
  8. 2188

    EphA4 immunostaining is decreased adjacent to injury site in ephrin-A5-Fc treated mice. by Yona Goldshmit (205708)

    Published 2011
    “…<p>Immunohistochemical analysis of (A,B) GFAP, (C–F) EphA4 and (G,H) CSPG expression at 2 weeks after spinal cord hemisection and 2 weeks of ephrin-A5-Fc treatment indicated that there was robust GFAP staining in both treated and control mice (A,B). …”
  9. 2189
  10. 2190
  11. 2191
  12. 2192
  13. 2193
  14. 2194

    Expression of SPDEF in prostate adenocarcinoma cells decreased prostate carcinogenesis in orthotopic model. by Xin-Hua Cheng (154368)

    Published 2014
    “…<b>A</b>. SPDEF decreased the growth of prostate tumors in orthotopic model. …”
  15. 2195
  16. 2196
  17. 2197
  18. 2198
  19. 2199

    Effects of Fluid Aging and Reservoir Temperature on Waterflooding in 2.5D Glass Micromodels by Duy Le-Anh (8722380)

    Published 2022
    “…To study improved oil recovery (IOR) via laboratory experiments at the pore scale, we performed waterflooding experiments in a glass 2.5D micromodel (dual depth: 12 and 27 μm) with crude oil (CRO) and brines of variable compositions at temperatures ranging from 22 °C (room temperature) to 90 °C. …”
  20. 2200

    Effects of Fluid Aging and Reservoir Temperature on Waterflooding in 2.5D Glass Micromodels by Duy Le-Anh (8722380)

    Published 2022
    “…To study improved oil recovery (IOR) via laboratory experiments at the pore scale, we performed waterflooding experiments in a glass 2.5D micromodel (dual depth: 12 and 27 μm) with crude oil (CRO) and brines of variable compositions at temperatures ranging from 22 °C (room temperature) to 90 °C. …”