Journal Articles by R. Abalone

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A. A. Barreto, R. Abalone, A. Gastón, D. Ochandio, L. Cardoso, and R. Bartosik
Validation of a heat, moisture and gas concentration transfer model for soybean (Glycine max) grains stored in plastic bags (silo bags)
Biosystems Engineering (cited By 4), 158, 23-37, 2017
amino acids carbon digital storage finite element method low temperature production mathematical models moisture moisture determination nitrogen fixation plastic containers climatic conditions grain temperature mean absolute differences modified atmosphere oxygen concentrations seasonal variation silo bags soybean carbon dioxide
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D. Ochandio, R. Bartosik, A. Gastón, R. Abalone, A. A. Barreto, and A. Yommi
Modelling respiration rate of soybean seeds (Glycine max (L.)) in hermetic storage
Journal of Stored Products Research (cited By 6), 74, 36-45, 2017
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A. A. Barreto, R. Abalone, A. Gastón, and R. Bartosik
Analysis of storage conditions of a wheat silo-bag for different weather conditions by computer simulation
Biosystems Engineering (cited By 18), 116(4), 497-508, 2013
climatic conditions commercial qualities critical limit dry matter loss grain storage initial moisture content mean temperature storage condition computer simulation grain (agricultural product) mathematical models meteorology carbon dioxide
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R. Abalone, A. Gastón, R. Bartosik, L. Cardoso, and J. Rodríguez
Gas concentration in the interstitial atmosphere of a wheat silo-bag. Part II: Model sensitivity and effect of grain storage conditions
Journal of Stored Products Research (cited By 10), 47(4), 276-283, 2011
triticum aestivum
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R. Abalone, A. Gastón, R. Bartosik, L. Cardoso, and J. Rodríguez
Gas concentration in the interstitial atmosphere of a wheat silo-bag. Part I: Model development and validation
Journal of Stored Products Research (cited By 19), 47(4), 268-275, 2011
triticum aestivum
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A. Gastón, R. Abalone, R. Bartosik, and J. Rodríguez
Mathematical modelling of heat and moisture transfer of wheat stored in plastic bags (silobags)
Biosystems Engineering (cited By 40), 104(1), 72-85, 2009
carbon dioxide digital storage moisture control plastic containers climatic conditions co2 concentration heat moisture transfer measured temperatures moisture migration oxygen concentrations seasonal variation temperature standard grain (agricultural product) triticum aestivum
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R. Abalone, A. Gastón, A. Cassinera, and M. Lara
Thin layer drying of amaranth seeds
Biosystems Engineering (cited By 35), 93(2), 179-188, 2006
atmospheric humidity drying error analysis estimation grain (agricultural product) moisture vaporization amaranth seeds mean relative deviation (mrd) standard error of estimate (see) thin layer drying seed amaranthus drying estimation grain humidity moisture peltogyne seeds vaporization amaranthus amaranthus caudatus amaranthus cruentus peltogyne
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A. Gastón, R. Abalone, S. Giner, and D. Bruce
Effect of modelling assumptions on the effective water diffusivity in wheat
Biosystems Engineering (cited By 47), 88(2), 175-185, 2004
triticum aestivum
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R. Abalone, A. Cassinera, A. Gastón, and M. Lara
Some physical properties of amaranth seeds
Biosystems Engineering (cited By 85), 89(1), 109-117, 2004
amaranthus amaranthus caudatus amaranthus cruentus
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A. Gastón, R. Abalone, S. Giner, and D. Bruce
Geometry effect on water diffusivity estimation in PROINTA-Isla Verde and Broom wheat cultivars
Latin American Applied Research (cited By 9), 33(3), 327-331, 2003
boundary conditions desorption diffusion isotherms water wheat crops
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R. Abalone, A. Gastón, and M. Lara
Determination of mass diffusivity coefficient of sweet potato
Drying Technology (cited By 6), 18(10), 2273-2290, 2000
agricultural products computer simulation finite element method heat transfer mass transfer mathematical models moisture temperature measurement anisotropic biological product mass diffusivity coefficient sweet potato drying drying food processing heat transfer moisture
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R. Abalone, M. Lara, and R. Piacentini
Drying of biological products with high water content in solar regime. Application to the potato drying
Drying Technology (cited By 0), 16(12), 311-322, 1998
crops mathematical models porous materials solar energy solar heating thermal effects luikov equations drying
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