This paper presents a mathematical model for optimal design of a solar-assisted drying system for drying bananas.
In this study, a combined convective-EHD drying system was designed, constructed, and examined as an economical drying system for drying mushroom slices.
To solve the problem, two measurement systems, one for drying that tracks real time thickness, weight, surface temperature, in-plane and out-of-plane birefringence of solution casting film, and another for uniaxial stretching that tracks real time true stress, true strain and birefringence of stretched film are used.
This chapter illustrates design, construction, operation, and evaluation of an experimental hybrid system used for drying of grains, which contain chlorine and does not destroy the ozone layer.
These results may help manufacturers in designing sowing drills with precise seed-metering systems for dry-seeded rice systems in Asia.
The electrode-body interface is shown to be a performance limiting factor in practical non-invasive wearable systems, and examples are given of practical interface circuits and electrode systems for dry-contact and non-contact biopotential sensing obviating the need for gel or electrolytic ohmic contact to the body.
Although direct seeding provides opportunities for labour and water savings, current management systems for dry- and wet-seeded rice in the tropics do not usually allow standing water to be used effectively to completely suppress weed growth.
To address wind erosion issues in the semi-arid transitional and marginal ['arming and grazing areas agriculture forestry and animal husbandry are developed in proportion to the carrying capacity of the resource base using techniques such as intensive ['arming tillage systems for dry seasons shelterbelt and fuel forests fodder plantations and artificial grazing land.
A combined infrared and hot air heating system was developed for drying of vegetables.
It is believed that the present model should be useful to people seeking (i) to optimize the design of drying systems and their components and (ii) to identify appropriate applications and optimal configurations for drying systems.
In renewable energy sources, solar energy is the most appropriate for drying systems.
