By Nicholas P. Cheremisinoff
, Page v
About the Author
, Page vi
1 - Electromagnetic Induction Heating
, Pages 1-21
2 - Radiation Curing: Ultraviolet, Infrared, Electron Beam
, Pages 23-53
3 - Plasma Processing
, Pages 55-86
4 - Lasers
, Pages 87-105
5 - Dielectric Heating: Microwave, Radio Frequency Processes
, Pages 107-126
6 - fabrics Separation Processes
, Pages 127-136
7 - Freeze Concentration
, Pages 137-150
8 - Water Disinfection
, Pages 151-172
, Pages 173-178
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Additional resources for Electrotechnology. Industrial and Environmental Applications
These sources do not radiate in the visible range. Electroconductive radiating panels consist of a plate of hardened glass. The inside surface of the glass is coated with a thin layer of a metal oxide which is utilized as an electrical resistor to heat the glass. An aluminized sheet metal reflector and a glass wool insulator are located on the back surface. The permissible surface temperature depends on the type of glass used: 175~ for ordinary glazing glass, 300*F for hard glass, and 550 to 750~ for special glasses such as pyrex (most common).
Tube 3/8 or 5/8" dia. Tube 3/8 or 5/8" dia. 15 Micron r o~ White (Emm|v~ty) Usutt R , ~ "I~ Quartz Lamp Nichrome Spiral Winding t~ ~o Relative F-~rlgy Distribution Normal Maximum Radiation Convection & Cond. Usual Range Radiation Convection & C o ~ . 86% 205 86% 14% 55% 45% 50% 50% 40-30% 60-7O% 46% 56% 65-80% 32-20% 72-g6% 28-14% 55-45% 45-55% 53-45% 47-55% 50-20% 50-80% 46-5O% 54-5O% 36-4O% 64-~% I ~ g t ~ of Heat ~tien I:kpth of pmgtration varies with th~ daLm~mtir lon~r wavekngtl~. r of the product.
Versatility and variations can be achieved using reflectors. In most cases, forced- or natural-movement air is required to assure satisfactory operating life for reflectors and electrical components (when present). In the extreme cases, water cooling is used. In higher-temperature applications, forced cooling of the reflector, source terminals and wiring is essential. A combination of shielding and forced convection can keep components which are temperature limited, such as the lamp and seals of quartz lamps, cool.