Results 271 to 280 of about 42,731 (307)
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Convection drying of porous material
Ceramics International, 1994The kinetics of convection drying of flat tiles has been investigated experimentally in an industrial tunnel dryer. Applying the maximum allowed drying rate curve obtained for a flat tile in the first period of drying, a grapho-analytic model for the optimal management of the process has been developed.
Tomas, Srećko +2 more
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Convective drying kinetics of raspberry
2023The drying kinetics of raspberry in a laboratory dryer was studied. Fresh, untreated raspberries were dried at selected temperatures of 50 °C with a constant air velocity of 1.2 m/s. The drying rate curves showed that drying process took place only in the falling rate period.
Pezo, Lato +6 more
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Convective Drying of Ginger Rhizomes
2018This paper presents the results of convective drying of ginger rhizomes under blanched, unblanched, peeled and unpeeled conditions using the ars-0680 environmental chambers for the drying process and td1002a—linear heat conduction experimental equipment to measure the thermal conductivities of the ginger at six temperature levels ranging from 10 to 60 °
Gbasouzor Austin Ikechukwu +1 more
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Drying Technology, 2009
The formation of drying-induced stresses as well as the drying characteristics are analyzed in the cases of convective and combined convective-microwave drying of a clay sample. A mathematical model describing simultaneous heat and mass transfer coupled to mechanical equilibrium equation was developed.
D. Mihoubi, A. Bellagi
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The formation of drying-induced stresses as well as the drying characteristics are analyzed in the cases of convective and combined convective-microwave drying of a clay sample. A mathematical model describing simultaneous heat and mass transfer coupled to mechanical equilibrium equation was developed.
D. Mihoubi, A. Bellagi
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CONVECTION HEAT TRANSEER COEFFICIENTS AT CONVECTIVE DRYING OF POROUS MATERIALS∗
Drying Technology, 2000ABSTRACT Our measurements proved that the convective heat transfer coefficient (h) has a larger value hwet at the constant drying rate period and after that it falls down to a minimum one: hdry in the equilibrium dried state (see Fig.1). Our measurements showed also that the heat of vaporisation in the last phase of the falling drying rate period is ...
S. Szentgyörgyi +2 more
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Convective drying kinetics of strawberry
Chemical Engineering and Processing: Process Intensification, 2008Abstract The drying kinetics of strawberry in a laboratory dryer was studied. The pre-treated with alkaline ethyl oleate solution and untreated strawberries were dried at selected temperatures of 50, 55 and 65 °C with a constant air velocity of 1.2 m/s. The drying rate curves showed that drying process took place only in the falling rate period. Thin-
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Migration during Convective Drying. I‐Theoretical
Journal of the Society of Dyers and Colourists, 1966A model is proposed which makes possible the mathematical treatment of the movement of solute resulting from the evaporation of solvent from the surface of a capillary network. It is considered useful in predicting the migration of solute in the capillaries of a textile material during the constant–rate period of convective drying. Within the limits of
W. MCDOWELL +2 more
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Comparison of acoustic and convective drying
Journal of engineering physics, 1967An investigation is carried out into the process of the drying of a ceramic disk involving the use of an acoustic field produced by a gasjet emitter fed by hot air (up to 140° C).
N. N. Dolgopolov +2 more
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Pore network modeling of convective drying
2006Drying of porous media is a process of significant scientific and applied interest. It involves several mechanisms at the pore scale that affect the macroscopic behavior of the drying process. These include phase change at the liquid-gas interface, mass and heat transfer by diffusion and convection, capillarity-induced flow through wetting liquid films
Yiotis, Andreas +4 more
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High-areal-capacity and long-cycle-life all-solid-state battery enabled by freeze drying technology
Energy and Environmental Science, 2023Jian Peng, Hong Li
exaly

