An example of a dynamic simplicial complex and its 1-dimensional barcode (see §S1 File). by Samir Chowdhury (5715338)

Decreasing the Effective Thermal Conductivity in Glass Supported Thermoelectric Layers by Kevin Bethke (3178869)

“…<div><p>As thermoelectric devices begin to make their way into commercial applications, the emphasis is put on decreasing the thermal conductivity. In this purely theoretical study, finite element analysis is used to determine the effect of a supporting material on the thermal conductivity of a thermoelectric module. …”

PSPM decreases distance measures for all initial network configurations. by Bryce Allen Bagley (8486247)

Decreased phosphorylation of Net1 upon induction of DNA damage. by Lina Guerra (85942)

The rate of lariat formation is decreased two-fold by isoginkgetin treatment. by Jesse M. Gray (527662)

“…(<b>C</b>) Isoginkgetin treatment leads to a decreased rate of lariat formation (* indicates <i>p</i> = 0.02) without affecting exon ligation or excised lariat degradation (<i>p</i> = 0.22, 0.08), with calculations as in <a href="http://www.plosone.org/article/info:doi/10.1371/journal.pone.0089673#pone-0089673-g001" target="_blank">Fig. 1</a>. …”

Shared input decreases the gain and increases the individual Fano factor. by Tomas Barta (8067509)

Decreased Osteogenic Differentiation Correlates with Abnormal Distribution of Cx43 by Alice Davy (49683)

Decreased <i>Spn</i> proximity to the nasal epithelium with age. by Kristen L. Lokken-Toyli (9455263)

Decreased expression of <i>MRC1</i> gene in HCC. by Radoslav Savić (415831)

<i>K</i>‑Index: A Descriptor, Predictor, and Correlator of Complex Nanomorphology to Other Material Properties by Tahereh Taghvaee (3906586)

“…Herewith, the θ-to-Π ratio is referred to as the <i>K</i>-index, and it was noticed that all polyurea samples of this study could be put in eight <i>K</i>-index groups with separate nanomorphologies ranging from caterpillar-like assemblies of nanoparticles, to thin nanofibers, to cocoon-like structures, to large bald microspheres. A first validation of the <i>K</i>-index as a morphology descriptor was based on compressing samples to different strains: it was observed that as the porosity decreases, the water-contact angle decreases proportionally, and thereby the <i>K</i>-index remains constant. …”

<i>K</i>‑Index: A Descriptor, Predictor, and Correlator of Complex Nanomorphology to Other Material Properties by Tahereh Taghvaee (3906586)

“…Herewith, the θ-to-Π ratio is referred to as the <i>K</i>-index, and it was noticed that all polyurea samples of this study could be put in eight <i>K</i>-index groups with separate nanomorphologies ranging from caterpillar-like assemblies of nanoparticles, to thin nanofibers, to cocoon-like structures, to large bald microspheres. A first validation of the <i>K</i>-index as a morphology descriptor was based on compressing samples to different strains: it was observed that as the porosity decreases, the water-contact angle decreases proportionally, and thereby the <i>K</i>-index remains constant. …”

<i>K</i>‑Index: A Descriptor, Predictor, and Correlator of Complex Nanomorphology to Other Material Properties by Tahereh Taghvaee (3906586)

“…Herewith, the θ-to-Π ratio is referred to as the <i>K</i>-index, and it was noticed that all polyurea samples of this study could be put in eight <i>K</i>-index groups with separate nanomorphologies ranging from caterpillar-like assemblies of nanoparticles, to thin nanofibers, to cocoon-like structures, to large bald microspheres. A first validation of the <i>K</i>-index as a morphology descriptor was based on compressing samples to different strains: it was observed that as the porosity decreases, the water-contact angle decreases proportionally, and thereby the <i>K</i>-index remains constant. …”

<i>K</i>‑Index: A Descriptor, Predictor, and Correlator of Complex Nanomorphology to Other Material Properties by Tahereh Taghvaee (3906586)

“…Herewith, the θ-to-Π ratio is referred to as the <i>K</i>-index, and it was noticed that all polyurea samples of this study could be put in eight <i>K</i>-index groups with separate nanomorphologies ranging from caterpillar-like assemblies of nanoparticles, to thin nanofibers, to cocoon-like structures, to large bald microspheres. A first validation of the <i>K</i>-index as a morphology descriptor was based on compressing samples to different strains: it was observed that as the porosity decreases, the water-contact angle decreases proportionally, and thereby the <i>K</i>-index remains constant. …”

<i>K</i>‑Index: A Descriptor, Predictor, and Correlator of Complex Nanomorphology to Other Material Properties by Tahereh Taghvaee (3906586)

“…Herewith, the θ-to-Π ratio is referred to as the <i>K</i>-index, and it was noticed that all polyurea samples of this study could be put in eight <i>K</i>-index groups with separate nanomorphologies ranging from caterpillar-like assemblies of nanoparticles, to thin nanofibers, to cocoon-like structures, to large bald microspheres. A first validation of the <i>K</i>-index as a morphology descriptor was based on compressing samples to different strains: it was observed that as the porosity decreases, the water-contact angle decreases proportionally, and thereby the <i>K</i>-index remains constant. …”

Dispersal tree length decreases as phylogeography becomes more structured. by Steven M. Carr (786628)

Processive receptor methylation compromises adaptation and decreases signaling noise. by William Pontius (460803)

“…(C) Increasing processivity also decreases the magnitude of fluctuations in <i>a</i>(<i>t</i>) in the adapted state around the mean value <i>a</i>₀. …”

Decreased number of myofibroblasts on stiff-to-soft gels was not due to apoptosis. by Huan Wang (109286)

phosphoATM focal intensity decreases at DSBs undergoing resection. by Verena Geuting (440327)

Firing rate decreases as repetition rate increases in the MGB neurons. by Flora M. Antunes (359590)

“…In this figure and subsequent ones (<i>e.g</i>., <a href="http://www.plosone.org/article/info:doi/10.1371/journal.pone.0014071#pone-0014071-g006" target="_blank">Figs. 6</a>, <a href="http://www.plosone.org/article/info:doi/10.1371/journal.pone.0014071#pone-0014071-g008" target="_blank">8</a>, <a href="http://www.plosone.org/article/info:doi/10.1371/journal.pone.0014071#pone-0014071-g009" target="_blank">9</a>, <a href="http://www.plosone.org/article/info:doi/10.1371/journal.pone.0014071#pone-0014071-g011" target="_blank">11</a> and <a href="http://www.plosone.org/article/info:doi/10.1371/journal.pone.0014071#pone-0014071-g013" target="_blank">13</a>), the plots show responses as dot rasters, which plot individual spikes (red dots indicate responses to the deviant; blue dots indicate responses to the standard). …”

Decreased proliferation and change in physical properties of mutant optic vesicle. by Anna-Carin Hägglund (90431)