Michigan City / San Antonio / New York / Washington / D.C. / College Station / Toledo / Columbus / St. Joseph / Cleveland / Nashville / Miami / /
Company
Beckman Coulter / John Wiley & Sons / ASABE Member / / /
Event
Natural Disaster / Environmental Issue / /
Facility
Texas A&M University / / /
Holiday
St. Joseph / /
IndustryTerm
agricultural processing particle emissions / potential energy savings / cyclone systems / strained electrolyte/ particulate solution / abatement systems / agricultural processing industries / mechanical handling systems / higher energy inputs / energy savings / abatement device / energy consumption / 2D2D metal cyclones / cyclonic abatement device / air pollution abatement devices / lithium-chloride methanol electrolyte solution / higher energy costs / lower required energy requirements / /
Organization
Structures & Environment Division of ASABE / American Society of Agricultural / Agricultural Research Service / PSD TCD / Department of Agricultural Engineering / U.S. Department of Agriculture / Department of Biological and Agricultural Engineering / National Cotton Council / Texas A&M / US Federal Reserve / Texas A&M University / /
Person
H. Gibson / William B. Faulkner / Herber / W. A. Witherspoon / Bryan W. Shaw / J. H. Vincent / / /
Position
D. J. / Engineer / Associate Professor / Engineer / Graduate Research Assistant / Corresponding author / voltage controller / /
EFFICIENCY AND PRESSURE DROP OF CYCLONES ACROSS A RANGE OF INLET VELOCITIES W. B. Faulkner, B. W. Shaw ABSTRACT. Cyclone separators are widely used in agricultural processing industries as air pollution abatement devices