Results 211 to 220 of about 801,510 (241)
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Hygroscopic equilibrium of peanuts
JAOCS, Journal of the American Oil Chemists' Society, 1949Summary and ConclusionsThe hygroscopic equilibria and rates of attainment of hygroscopic equilibrium of freshly dug, naturally cured, and artificially cured peanuts have been determined over the range of 11–93% relative humidity at 25°C. The hygroscopic equilibrium does not appear to be dependent on the method of curing. At a constant relative humidity,
Melvin L. Karon, Barbara E. Hillery
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Experimental study of hygroscopic equilibrium and thermodynamic properties of sewage sludge
Applied Thermal Engineering, 2018Abstract A good knowledge of the hygroscopic behavior of sewage sludge is one of the keys to a better perception of the subsequent management of Sewage sludge such as drying, storage or other valorization processes. The present work aims to determine, experimentally, the sorption isotherms of sewage sludge generated at the wastewater treatment plant ...
El Houssayne BOUGAYR +2 more
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Note on the hygroscopic equilibrium of cottonseed and cottonseed products
JAOCS, Journal of the American Oil Chemists' Society, 1948Summary and ConclusionsThe hygroscopic equilibrium of a sample of the Stoneville 2B variety of cottonseed and its derived products has been determined over the relative humidity range of 11 to 93%. In a previous publication (1) the hygroscopic equilibrium of a sample of the D and PL variety of cottonseed was determined over the range of 31 to 93 ...
M. L. Karon, Mabelle E. Adams
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Cork hygroscopic equilibrium moisture content
European Journal of Wood and Wood Products, 1998This work is related to the establishment of the curves of cork moisture content in hygroscopic equilibrium (HEM curves), which allow to predict the moisture content of cork planks, one of the most important parameters in cork trading and processing.
Luís Gil
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Construction and Building Materials, 2017
Abstract This paper proposes a V-shaped cone model to modify the Kelvin equation and thus obtaining an accurate connection between the effective aperture of hygroscopic material and its governing factors. A dimensional equation of equilibrium moisture content is presented based on the modified Kelvin equation.
Guangcai Gong
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Abstract This paper proposes a V-shaped cone model to modify the Kelvin equation and thus obtaining an accurate connection between the effective aperture of hygroscopic material and its governing factors. A dimensional equation of equilibrium moisture content is presented based on the modified Kelvin equation.
Guangcai Gong
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Hygroscopic equilibrium of cottonseed
JAOCS, Journal of the American Oil Chemists' Society, 1947Summary and ConclusionAn investigation has been made of the hygroscopic equilibrium of cottonseed over a range of 31% to 93% relative humidity. From 31% to 71% relative humidity the moisture content of cottonseed increased linearly from 6.03% to 10.27%. From 71% to 93% relative humidity the moisture content increased rapidly from 10.27% to 22.19%. When
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Determining Moisture Equilibrium Curves of Hygroscopic Materials
Industrial & Engineering Chemistry, Analytical Edition, 1946exaly +2 more sources
A Review of Hygroscopic Equilibrium Studies Applied to Rice
Transactions of the ASABE, 2010Equilibrium moisture content (EMC)/equilibrium relative humidity (ERH) studies pertaining to rice and rice products were reviewed. Methods of determining rice and rice component EMC/ERH data varied, using procedures involving static and dynamic equilibration methods, as well as direct gravimetric methods and indirect ERH-measurement methods.
null B.-M. Choi +2 more
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HYGROSCOPIC EQUILIBRIUM OF SUNFLOWERSEED, FLAXSEED, AND SOYBEANS
Canadian Journal of Research, 1944Equilibrium moisture values for relative humidities of from 31 to 93% were obtained for sunflowerseed, flaxseed, and soybeans. The hygroscopicity of whole sunflowerseed per se is practically the same as that of flaxseed, that of dehulled sunflowerseed is somewhat lower.
R. K. Larmour +2 more
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Analytical Chemistry, 2013
We demonstrate that the equilibrium hygroscopic response of an aerosol droplet and the kinetics of water condensation and evaporation can be retrieved with high accuracy, even close to saturation, through comparative measurements of probe and sample aerosol droplets.
Davies, James F. +3 more
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We demonstrate that the equilibrium hygroscopic response of an aerosol droplet and the kinetics of water condensation and evaporation can be retrieved with high accuracy, even close to saturation, through comparative measurements of probe and sample aerosol droplets.
Davies, James F. +3 more
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