Results 291 to 300 of about 39,456 (318)
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2021
Panicum capillare aggr. Haarästige Hirse Art ISFS: 290300 Checklist: 1032355 Poaceae Panicum Panicum capillare aggr. Enthält: Panicum barbipulvinatum Nash Panicum capillare L. Panicum hillmanii Chase Bestimmungsschlüssel Zusammenfassung Artbeschreibung (nach Lauber & al. 2018): 20-80 cm hoch, knickig aufsteigend.
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Panicum capillare aggr. Haarästige Hirse Art ISFS: 290300 Checklist: 1032355 Poaceae Panicum Panicum capillare aggr. Enthält: Panicum barbipulvinatum Nash Panicum capillare L. Panicum hillmanii Chase Bestimmungsschlüssel Zusammenfassung Artbeschreibung (nach Lauber & al. 2018): 20-80 cm hoch, knickig aufsteigend.
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Chemical Society Reviews, 2010
In this critical review we treat the phenomenon of capillarity in nanoscopic confinement, based on application of the Young-Laplace equation. In classical capillarity the curvature of the meniscus is determined by the confining geometry and the macroscopic contact angle.
van Honschoten, J.W. +2 more
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In this critical review we treat the phenomenon of capillarity in nanoscopic confinement, based on application of the Young-Laplace equation. In classical capillarity the curvature of the meniscus is determined by the confining geometry and the macroscopic contact angle.
van Honschoten, J.W. +2 more
openaire +2 more sources
2022
Surface tension is an essential force for the functioning of the world and life. Centuries of study, and still, new applications and limits of surface tension are being explored. Water has always drawn attention for its high surface tension value, 72mN/m compared to ethanol's 20mN/m.
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Surface tension is an essential force for the functioning of the world and life. Centuries of study, and still, new applications and limits of surface tension are being explored. Water has always drawn attention for its high surface tension value, 72mN/m compared to ethanol's 20mN/m.
openaire +1 more source
Adaptation of Muscle Capillarity
1985The single most important physiological factor affecting the capillarity of skeletal and cardiac muscle is normal growth. In both skeletal and cardiac muscle, increases in body size and weight are associated with increases in the cross sectional area of existing fibers and decreases in capillary density which result in longer diffusion distances (Aquin
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