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Experimental work to determine rate of flow of particulate iron oxide through open-ended sloping pipes and through sloping pipes connecting fluidized beds; in general, particle size, bulk density, and pipe material were kept constant and effects of diameter, length, angle, and back pressure were studied; formulas derived which enable flow rates to be calculated.
Experimental work to determine rate of flow of particulate iron oxide through open-ended sloping pipes and through sloping pipes connecting fluidized beds; in general, particle size, bulk density, and pipe material were kept constant and effects of diameter, length, angle, and back pressure were studied; formulas derived which enable flow rates to be calculated.
Practical investigation of flow of particulate solids through sloping pipes
Instn Chem Engrs -- Trans
Trees, J. (author)
1962
11 pages
Article (Journal)
English
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