Suchergebnisse
Suchergebnisse:
Ultrabroadband THz Time-Domain Spectroscopy of a Free-Flowing Water Film. / Wang, Tianwu; Pedersen, Pernille Klarskov; Jepsen, Peter Uhd. In: IEEE Transactions on Terahertz Science and Technology, Vol. 4, No. 4, 2014, p. 425-431. Research output: Contribution to journal › Journal article › Research › peer-review
Du kannst "Flowing Water" legal bei Plex kostenlos im Stream anschauen. Inhalt FLOWING WATER tells the story of the revitalization of the Longwood Garden's Main Fountain Garden - a lavish jewel in the crown of one of the greatest collections of fountains in the United States.
Browse flowing water videos and find your perfect clip. Free HD & 4K videos. water ripple pool run. HD 00:31. waterfall water flow. 4K 00:33. leaves autumn leaves. 4K 00:17. waterfall water flow. 4K 00:15. flow flowing water. 4K 00:21. flow river course ...
5. Nov. 2015 · The impact of a single liquid drop on a flowing liquid film is experimentally and theoretically studied. The drop impact produces a crownlike rising liquid sheet, which radially expands. Small droplets can be formed from the crown sheet, resulting in splash. The present study results in three major contributions. (1) A theoretical model is developed to predict the expansion of the crown base ...
15. Apr. 2020 · Other important factors affecting the efficiency of water film system are water film thickness and down-flowing velocity. In another experiment [9], it was found that uniform water film flowing on glass with average thickness of 1.5 mm and water flow velocity around 0.7 m/s is efficient to protect the glass from breakage under certain fire intensity.
1. Nov. 2020 · Down-flowing velocity and thickness of water film are considered important parameters in determining the efficiency of water film system, for instance, it was found that water film with an average thickness of 1.5 mm flowing on glass with a down-flowing velocity of about 0.7 m/s is capable of protecting the glass from breakage when exposed to a certain fire intensity [9].
A continuously flowing, liquid film, reactor has been developed in our laboratory which we believe has a number of significant benefits over the previously explored configurations. In previous studies with this flowing film reactor, an automobile ignition coil was used to generate the pulsed plasma discharge. While this ignition coil provided high energy yields for hydrogen peroxide production ...
