For analysis of thin-layer drying data, equilibrium moisture content (EMC) of grains is needed. Two methods to assess equilibrium moisture content values, one based on sorption data (static EMC, Me-s) and the other based on non-linear regression of thin-layer drying data (dynamic EMC, Me-d), were investigated for application to the drying of corn and rough rice. The Me-d values were different from Me-s values in the high and low RH ranges. The fitting of thin-layer drying equations for corn kernels and rough rice was improved by adopting the Me-d parameter. Validation of the Me-d concept on other grains needs to be done and relationships among Me-d and other factors need to be established
The moisture adsorption and desorption properties for polished rice have been measured using a dynam...
ABSTRACT Knowledge on sorption isotherms is important for predicting drying and storage processes of...
The equilibrium relative humidity (ERH) of rough rice, brown rice, corn kernels, corn cobs, soybeans...
The concept of equilibrium moisture content or EMC is important in study of storage. The EMC of cere...
A mathematical prediction of corn sorption isotherm was developed for three-parameter EMC correlatio...
ABSTRACT. Equilibrium moisture content (EMC)/equilibrium relative humidity (ERH) studies pertaining ...
In this research, most commonly used EMC/ERH equations are compared based on their ability to fit th...
The effect of drying parameters on the drying-rate constant, the diffusion coefficient, and the dyna...
Since none of the grain models currently in existence consider the moisture gradient within the corn...
Drying yellow-dent field corn from harvest moisture levels to safe storage levels is a major cost fo...
This article 'Equilibrium moisture content of rice and maize upon drying' appeared in the Internatio...
ABSTRACT. Drying data for individual rice kernels and bulk samples selected from various tillers of ...
ABSTRACT. Corn stover equilibrium moisture isotherms were developed to aide biomass engineering of c...
Moisture content is an important feedstock quality in converting it into energy through biochemical ...
Wheat, shelled corn and rice are the most popular grown cereal grains and rapeseed (canola) is the m...
The moisture adsorption and desorption properties for polished rice have been measured using a dynam...
ABSTRACT Knowledge on sorption isotherms is important for predicting drying and storage processes of...
The equilibrium relative humidity (ERH) of rough rice, brown rice, corn kernels, corn cobs, soybeans...
The concept of equilibrium moisture content or EMC is important in study of storage. The EMC of cere...
A mathematical prediction of corn sorption isotherm was developed for three-parameter EMC correlatio...
ABSTRACT. Equilibrium moisture content (EMC)/equilibrium relative humidity (ERH) studies pertaining ...
In this research, most commonly used EMC/ERH equations are compared based on their ability to fit th...
The effect of drying parameters on the drying-rate constant, the diffusion coefficient, and the dyna...
Since none of the grain models currently in existence consider the moisture gradient within the corn...
Drying yellow-dent field corn from harvest moisture levels to safe storage levels is a major cost fo...
This article 'Equilibrium moisture content of rice and maize upon drying' appeared in the Internatio...
ABSTRACT. Drying data for individual rice kernels and bulk samples selected from various tillers of ...
ABSTRACT. Corn stover equilibrium moisture isotherms were developed to aide biomass engineering of c...
Moisture content is an important feedstock quality in converting it into energy through biochemical ...
Wheat, shelled corn and rice are the most popular grown cereal grains and rapeseed (canola) is the m...
The moisture adsorption and desorption properties for polished rice have been measured using a dynam...
ABSTRACT Knowledge on sorption isotherms is important for predicting drying and storage processes of...
The equilibrium relative humidity (ERH) of rough rice, brown rice, corn kernels, corn cobs, soybeans...