000			01777nam a2200181Ia 4500
008			140223b2002 xxu||||| |||| 00| 0 eng d
020			_a9780824796181 _c0.00
082			_a660.28426 _bKUD
100			_aKudra, Tadeusz
245			_aAdvanced Drying Technologies
260			_aNew York _bMarcel Dekker, Inc. _c2002
300			_a459p
500			_aPart: 1 General Discussion: Conventional and Novel Drying Concepts The Need for Advanced Drying Technologies Classification and Selection Criteria: Conventional Versus Novel Technologies Innovation and Trends in Drying Technologies Part: 2 Selected Advanced Drying Technologies Drying on Inert Particles Impinging Stream Drying Drying in Pulsed Fluid Beds Superheated Steam Drying Airless Drying Drying in Mobilized Bed Drying with Shock Waves Vacu Jet Drying System Contact-Sorption Drying Sonic Drying Pulse Combustion Drying Heat Pump Drying Part: 3 Selected Techniques for Drying and Dewatering The Carver-Greenfield Process Drying in a Plasma Torch Displacement Drying Vapor Drying Slush Drying Atmospheric Freeze Drying Part: 4 Hybrid Drying Technologies Radio Frequency Drying with 50 Ohm Technology Radio Frequency Assisted Heat-Pump Drying Radio Frequency-Vacuum Drying Microwave Convective Drying Microwave Vacuum Drying Filtermat Drying Spray-Fluid Bed-Vibrated Fluid Bed Drying Combined Filtration and Drying Other Hybrid Technologies Part: 5 Other Techniques Special Drying Technologies Symbols Reference Index
600			_aChemical Engineering
700			_aMajmudar, Arun S.
890			_aUK
995			_AKUD _B005017 _CCHT-NIT _D6632.01 _E0 _F049 _G00022 _H0 _I0.00 _J9147.60 27.5% _L20061006 _M01 _UC _W20061101 _XPustak _ZReference
999			_c44192 _d44192