Hybrid drying technologies

Each stage same 1 Each stage a Different drying 

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Chou, S. and K. J. Chua (2001). New hybrid drying technologies for heat sensitive foodstuffs. Trends in Food Science Technology 12(10) 359-369. 

Hasatani, M., Y. Itaya, and K. Miura, 1988. Drying Technology, Hybrid drying of granular materials by combined radiative and connective heating 6(1), 43-68. 

K. Ciesielski and I. Zbicinski, Hybrid neural modelling of fluidised bed drying process. Drying Technology, 19(8) 1725-1738 (2001). 

Newer techniques such as soft lithography allow the scientist to construct a three-dimensional device with networks of channels and do not require clean rooms. The dry film resists technique enables production of hybrid biochips with active elements in both the top and bottom substrates. The ultimate choice of technique depends on a number of factors, such as the availability and capability of the technologies, cost and speed of manufacture and the substrate being used. 

The State of Missouri produces 10 million ton per year (MMTPY) of agricultural residues, including 5.4 MMTPY from corn S). It also has a potential silvicultural plantation capability of producing, by current technology. an average of 7 dry ton equivalent (DTE) per year-acre of hybrid poplar. Availability of state land for development of silvicultural plantations is estimated to be 11 to 15 million acres for U.S. Forestry Service classification 1-IV sites (3). 

One of the commercially successful hybrid dryers built on the 50 Q. technology is the RF-vacuum dryer for bulk solids such as sawn wood [100], At lower drying temperatures, resulting from reduced boiling point under vacuum, wood retains mechanical strength so it is less susceptible to drying defects such as checking. Because moisture is... 

Aside from aforementioned hybrid technologies, there are two basic techniques for convective drying of foamed materials, namely, drying of bulk foams (foam-mat drying) and drying of dispersed foams (spray drying). 

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