A Wettability Gradient Synergistic Bionic Wedge-Shaped Track for Ultrafast and Long-Distance Spontaneous Transport of Droplets by Xinghai Zhong (21450285)

“…In addition, the effect of the apex angle of the wettability gradient wedge-shaped track (WGWT) on the droplet self-transport performance was systematically investigated; the results indicated that the transport distance and speed of the water droplet decreased with the increase of the apex angle of the WGWT. …”

A Wettability Gradient Synergistic Bionic Wedge-Shaped Track for Ultrafast and Long-Distance Spontaneous Transport of Droplets by Xinghai Zhong (21450285)

“…In addition, the effect of the apex angle of the wettability gradient wedge-shaped track (WGWT) on the droplet self-transport performance was systematically investigated; the results indicated that the transport distance and speed of the water droplet decreased with the increase of the apex angle of the WGWT. …”

A Wettability Gradient Synergistic Bionic Wedge-Shaped Track for Ultrafast and Long-Distance Spontaneous Transport of Droplets by Xinghai Zhong (21450285)

“…In addition, the effect of the apex angle of the wettability gradient wedge-shaped track (WGWT) on the droplet self-transport performance was systematically investigated; the results indicated that the transport distance and speed of the water droplet decreased with the increase of the apex angle of the WGWT. …”

A Wettability Gradient Synergistic Bionic Wedge-Shaped Track for Ultrafast and Long-Distance Spontaneous Transport of Droplets by Xinghai Zhong (21450285)

“…In addition, the effect of the apex angle of the wettability gradient wedge-shaped track (WGWT) on the droplet self-transport performance was systematically investigated; the results indicated that the transport distance and speed of the water droplet decreased with the increase of the apex angle of the WGWT. …”

Changes in the genotypes of <i>NLRP1</i>, <i>NLRP3</i>, and <i>NLRP4</i>. by Hao Deng (409186)

Subjects:

Change in the genotypes of <i>ATM</i>, <i>ERCC1</i>, and <i>XRCC1</i>. by Hao Deng (409186)

Subjects:

Effect of the interaction of drinking, smoking and <i>ERCC1</i> rs3212986 on workers exposed to coal dust. by Hao Deng (409186)

Subjects:

Regression model analysis of the influence of <i>ERCC1</i> rs3212986 on CWP. by Hao Deng (409186)

Subjects:

Pathways analysis of ERCC1 based on CWP metabolome and proteome. by Hao Deng (409186)

Subjects:

Analysis of basic clinical data of the study population (± s). by Hao Deng (409186)

Subjects:

ROC curve analysis for ERCC1 with CWP progression. by Hao Deng (409186)

Subjects:

Change in the ERCC1 secretion level in plasma(pg/ml). by Hao Deng (409186)

Subjects:

S1 Data - by Hao Deng (409186)

Subjects:

Details of the primers used for amplification. by Ryota Nishida (22258400)

“…Tube formation and migration were significantly enhanced in the Change group compared with those in the Control group, and tube formation was also increased in the Low pH group. …”

Stable isotopes in algae and mussels. by Antonio Bode (1473376)

Subjects:

Water footprint at regional levels in China. by Jianqin Ma (20328414)

Subjects:

Size variation of δ¹⁵N in <i>Mytilus galloprovincialis.</i> by Antonio Bode (1473376)

Subjects:

Nitrate anomaly series. by Antonio Bode (1473376)

Subjects:

Temperature, salinity and nitrate series. by Antonio Bode (1473376)

Subjects:

Relationships between stable isotopes and nitrate anomalies. by Antonio Bode (1473376)

Subjects: