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as well. One design for rotary fiberization places slits in a central bore-axle that lets the hot gases escape. As the centrifugal force squeezes the molten material out of the holes, it is severed from the wheel by a sharp
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to form fibers. A hollowed wheel with many small holes is injected with whatever molten material is being fiberized. The wheel must by necessity include vents for the hot
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163:"Yu. Ya.Boguslavskii and O. K. Éknadiosyants "On the physical mechanism of atomization of a liquid by acoustic vibrations""
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The term "fiberization" is used to describe several similar processes. In general,
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to form a fibrous mass, which is then post-processed through varying methods.
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Possibly the most common form of fiberization, rotary fiberization utilizes
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become super-fine in such conditions, and have great potential in the
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26:process that has been used to make objects such as
90:New research makes possible the fiberization of
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42:wiring is created using this method as well.
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57:or other fiberizable materials are
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290:Information and communication
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123:Link free patents online
234:Industrial technologies
98:field. These silicate
198:Manufacturing methods
16:Manufacturing process
390:Industrial processes
226:Agile manufacturing
65:Rotary Fiberization
221:Lean manufacturing
140:2011-06-12 at the
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135:Link patent storm
71:centrifugal force
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206:Batch production
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324:Process control
216:Flow production
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104:microelectronic
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40:Optical fiber
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24:manufacturing
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153:Link In-situ
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94:melts in an
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86:New research
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36:mineral wool
20:Fiberization
19:
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110:References
46:Definition
28:insulation
313:IEC 62264
272:Six Sigma
384:Category
175:a series
173:Part of
138:Archived
96:acoustic
92:silicate
59:extruded
106:field.
55:plastic
32:asphalt
303:ISA-95
298:ISA-88
100:metals
52:molten
34:, and
342:SCADA
317:B2MML
80:blade
75:gases
22:is a
337:DCS
332:PLC
308:ERP
277:TQM
267:TOC
262:QRM
257:VDM
252:TPM
247:RCM
242:PLM
386::
282:ZD
38:.
30:,
369:e
362:t
355:v
125:,
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