Showing 13,441 - 13,460 results of 152,495 for search '(( a we decrease ) OR ( 5 ((((nn decrease) OR (a decrease))) OR (mean decrease)) ))', query time: 1.94s Refine Results
  1. 13441

    Size-Selective Sliding of Sessile Drops on a Slightly Inclined Plane Using Low-Frequency AC Electrowetting by Jiwoo Hong (1782454)

    Published 2012
    “…When the drop size or the plane’s incline angle is small, the drop is difficult to slide due to a decrease in gravitational force. Here we demonstrate that small drops (0.4–9 μL) on a slightly inclined plane (∼12°, Teflon and parylene-C surface) can be mobilized through patterned electrodes by applying low-frequency ac electrowetting under 400 Hz (110–180 V<sub>rms</sub>), which has a mechanism different from that of the high-frequency ac method that induces sliding by reducing contact angle hysteresis. …”
  2. 13442

    Size-Selective Sliding of Sessile Drops on a Slightly Inclined Plane Using Low-Frequency AC Electrowetting by Jiwoo Hong (1782454)

    Published 2012
    “…When the drop size or the plane’s incline angle is small, the drop is difficult to slide due to a decrease in gravitational force. Here we demonstrate that small drops (0.4–9 μL) on a slightly inclined plane (∼12°, Teflon and parylene-C surface) can be mobilized through patterned electrodes by applying low-frequency ac electrowetting under 400 Hz (110–180 V<sub>rms</sub>), which has a mechanism different from that of the high-frequency ac method that induces sliding by reducing contact angle hysteresis. …”
  3. 13443

    Size-Selective Sliding of Sessile Drops on a Slightly Inclined Plane Using Low-Frequency AC Electrowetting by Jiwoo Hong (1782454)

    Published 2012
    “…When the drop size or the plane’s incline angle is small, the drop is difficult to slide due to a decrease in gravitational force. Here we demonstrate that small drops (0.4–9 μL) on a slightly inclined plane (∼12°, Teflon and parylene-C surface) can be mobilized through patterned electrodes by applying low-frequency ac electrowetting under 400 Hz (110–180 V<sub>rms</sub>), which has a mechanism different from that of the high-frequency ac method that induces sliding by reducing contact angle hysteresis. …”
  4. 13444

    Size-Selective Sliding of Sessile Drops on a Slightly Inclined Plane Using Low-Frequency AC Electrowetting by Jiwoo Hong (1782454)

    Published 2012
    “…When the drop size or the plane’s incline angle is small, the drop is difficult to slide due to a decrease in gravitational force. Here we demonstrate that small drops (0.4–9 μL) on a slightly inclined plane (∼12°, Teflon and parylene-C surface) can be mobilized through patterned electrodes by applying low-frequency ac electrowetting under 400 Hz (110–180 V<sub>rms</sub>), which has a mechanism different from that of the high-frequency ac method that induces sliding by reducing contact angle hysteresis. …”
  5. 13445
  6. 13446
  7. 13447

    Transaldolase deficiency alters mitochondrial morphology and decreases <i>in vivo</i> mitochondrial respiration. by Christopher F. Bennett (3875731)

    Published 2017
    “…The bottom panel consists of a max intensity projection of five z-slices to emphasize mitochondrial content in these cells. …”
  8. 13448
  9. 13449
  10. 13450
  11. 13451

    Intranasal administration of gliadin in prediabetic NOD mice with advanced insulitis decreases diabetes incidence. by David P. Funda (329688)

    Published 2014
    “…<p>Groups (n = 20) of 13-week-old NOD female mice received five i.n. administrations (every other day). A statistically significant decrease in diabetes incidence was found at the age of 240 days in prediabetic NOD mice treated with gliadin (closed circle) compared to OVA control (opened square); *p = 0.017. …”
  12. 13452
  13. 13453
  14. 13454
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  19. 13459
  20. 13460