Results 241 to 250 of about 20,260 (297)
Enhanced Microplastic Flotation: Unraveling the Role of Bubble-Chain Hydrodynamics via PIV Analysis. [PDF]
Nam HJ, Han SJ, Kim JJ.
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ABSTRACT Bone tissue regeneration is a complex physiological process dependent on the spatiotemporal coordination of immune cells and stem cells. Conventional research primarily elucidates the mechanism through which materials facilitate bone formation by initially modulating macrophages and subsequently encouraging the osteogenic differentiation of ...
Yang Lu +11 more
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Introducing the Dish Soap Protocol: A Unified Approach for Multi-Modal Intracellular Staining. [PDF]
Burton OT, Dooley J, Liston A.
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Design of an accessible turbulence chamber for laboratory experiments. [PDF]
Federle ME +3 more
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A rare case report: Pott's Puffy tumor and Lemierre's syndrome with intracranial complications in an adult male. [PDF]
Azouz I +4 more
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A Molecular Dynamics Investigation of Wax Crystallization in Crude Oil under Varying Pressures, Temperatures, and CO<sub>2</sub> Contents. [PDF]
Wang T +7 more
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Delineation of Aflatoxicosis on Health and Performance of Water Buffalo (<i>Bubalus bubalis</i>) and Its Therapeutic and Nutritional Management. [PDF]
Kumar R +5 more
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Journal of Turbulence, 2006
The effect of bubbles on fully developed turbulent flow is investigated numerically and experimentally, summarizing the results of our previous papers (Mazzitelli et al., 2003, Physics of Fluids15, L5. and Journal of Fluid Mechanics488, 283; Rensen, J. et al. 2005, Journal of Fluid Mechanics538, 153).
D Lohse +5 more
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The effect of bubbles on fully developed turbulent flow is investigated numerically and experimentally, summarizing the results of our previous papers (Mazzitelli et al., 2003, Physics of Fluids15, L5. and Journal of Fluid Mechanics488, 283; Rensen, J. et al. 2005, Journal of Fluid Mechanics538, 153).
D Lohse +5 more
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International Journal of Multiphase Flow, 1975
Abstract An experimental investigation of cocurrent bubble flow in 0.0254 m and 0.0508 m diameter horizontal pipelines has been performed. Gas and liquid mass velocities ranged from 0.00955 to 0.675 and 2720 to 6040 kg/m 2 sec, respectively, and gas-phase holdups or void fractions ranged from 0.13 to 7.59%.
T.L. Holmes, T.W.F. Russell
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Abstract An experimental investigation of cocurrent bubble flow in 0.0254 m and 0.0508 m diameter horizontal pipelines has been performed. Gas and liquid mass velocities ranged from 0.00955 to 0.675 and 2720 to 6040 kg/m 2 sec, respectively, and gas-phase holdups or void fractions ranged from 0.13 to 7.59%.
T.L. Holmes, T.W.F. Russell
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