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* PDF α Ͻñ ٶϴ. |
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/ȣ |
2010 / ȣ: V.22,no.2,Jun |
1() |
ܼ Ư ܼ Ư |
2(Ÿ) |
Fabrication of Ceramic Particles Deposited Nano-web using Electrospinning
Process and Its Far-infrared Ray Emission Property |
() |
ȫҾ․âȯ․ֿ |
(Ÿ) |
Soya Hong, Changhwan Lee and Jooyong Kim |
Ҽ() |
Ǵб ż․̹ а |
Ҽ(Ÿ) |
Soongsil University |
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118 ~ 122 : 5 |
() |
Korean |
ʷ |
The interest in textile which has far-infrared ray emissive property has been increased in the field of biophysics and medicine. In this study, far-infrared ray emissive polyurethane nano-web was obtained using electrospinning of polyurethane(PU) solution mixed with ceramics powder and far-infrared ray emissive properties of nano-web were evaluated by measuring far-infrared ray emission power and emissivity(%). To investigate the influence of concentration of ceramics powder in PU solution and temperature for far-infrared ray emissive properties, far-infrared ray emissivity was measured at varied temperature using various
nano-web including varied concentration of ceramics powder. Polyurethane nano-web was characterized by SEM to observe the deposition of ceramics powder on polyurethane nano-web surface. The far-infrared ray emissivity was increased with the concentration of ceramics powder in the nano-web. The far-infrared ray emission power was enhanced with increasing temperature of the samples; however, far-infrared ray emissivity was decreased with increasing temperature because the increase of emission power of ceramic containing nano-web was lower than the emission power of black body one. |
Ű |
ceramics, far-infrared ray, polyurethane nano-web, electrospinning, far-infrared ray emission power,
far-infrared ray emissivity |
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Reference |
http://www.koreascience.or.kr/article/ArticleFullRecord.jsp?cn=OSGGBT_2010_v22n2_118 |
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