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A drying cabinet with a volume of 1 m3 has been designed and fabricated.
Flow trajectories in the drying cabinet were found to give good agreement between prediction and experiments.
Velocity of air has been changed depending upon air inlet temperature of drying cabinet.
The dryer consists of drying cabinet, heat exchanger, 16-m2 watypetype solar collector, and water type heat storage unit.
In this work, an improved design using biomass energy with recirculation of unidirectional airflow inside the drying cabinet was developed.
A traditional dryer is essentially a drying cabinet with multidirectional flow of hot flue gas from liquefied petroleum gas burner.
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Figure 2 shows the essential features of the dryer consisting of the solar collector (air heater), drying cabinets, and drying trays.
These specimens represented both a wide age range (collected between 1970 and 2010) and a diverse array of drying regimes, from field-based forced air techniques (similar to Blanco et al., 2006) to standard drying cabinets utilizing light bulbs or heaters.
The devices were kept in a dry cabinet of electronics without nitrogen (10 % RH, room temperature).
All dry leaf samples were kept in an electronic auto-dry cabinet (WEIFO, Taiwan).
To prevent absorption of moisture, they were stored in a dry cabinet under 20°C until required.
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