By Nicholas P. Cheremisinoff
A survey of electrotechnologies and their prestige is gifted right here. rules of operation and important purposes, either present and capability are defined, and an evaluate is made anywhere attainable of the chosen issues.
Many of the applied sciences and procedures mentioned are of their infancy and improvement phases. a few have built and are constructing swiftly, whereas all convey nice destiny promise. swift development is being made in several business and environmental functions. The electrotechnologies pointed out within the quantity were chosen for evaluate in accordance with their power effect in key commercial sectors and implications for business strength patterns.
The pursuits of this ebook are twofold:
To determine and describe the diversity of business and environmental purposes of electrotechnologies.
To establish these purposes that experience strength for commercialization and which are more likely to impact strength intake styles.
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Extra info for Electrotechnology: Industrial and Environmental Applications
It is a good emitter). Radiation energy impinging on an object is partially absorbed, partially reflected, and sometimes partially transmitted. The degree of absorbanee, reflectance, and transmittance depends on both the wavelength of the radiation and the bulk, physical, and surface properties of the target material. The radiation that is absorbed by the material is converted into heat, whereas the radiation that is reflected by or 30 Electrotechnology: Industrial and Environmental Applications E,.
This technique adds additional capital and operating cost to the process. Modifications in polymer formulations provide formulations that are no longer sensitive to atmospheric oxygen, and obviate the need for inert gas. Use of inert gas with UV curing, however, has the advantage of eliminating the undesirable generation of ozone, and increases the amount of radiation energy available for production. This, in turn, can increase the speexl of production. Curing Equipment Most commercial radiation-curing equipment was based on ultraviolet radiation, with the balance being electron beam accelerators.
The phrase "high intensity infrared" is used by some manufacturers to describe heating arrays that produce heating energy of at least 100 W/in 2. This power density can only be attained with the short-wave IR devices. Radiation Curing 33 Medium Infrared Emitters Emitters for medium wavelengths generally operate in the range of 1300 to 2400~ The usual emitter materials are nickel-chromium (nichrome) or iron-chromium-aluminum. These emitters are mounted in glass or quartz tubes, silica or quartz panels, or surrounded by metallic radiant tubes.