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Preparation and Characterization of Pitch-based Carbon Paper for Low Energy and High Efficiency Surface Heating Elements
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저전력 및 고효율 면상발열체를 위한 피치기반 탄소종이 제조 및 특성

논문 기본 정보

Type
Academic journal
Author
Journal
The Korean Society For Composite Materials Composites Research Composites Research 제31권 제6호 KCI Accredited Journals
Published
2018.1
Pages
412 - 420 (9page)

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Preparation and Characterization of Pitch-based Carbon Paper for Low Energy and High Efficiency Surface Heating Elements
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Research history (2)

2018

Preparation and characterization of pitch-based carbon sheet for low energy and high efficiency surface heating elements
J. Y. Yang ,  J. H. Oh ,  M. K. Seo 한국생산제조학회 학술발표대회 논문집 2018.10 Proceeding
Preparation and Characterization of Pitch-based Carbon Paper for Low Energy and High Efficiency Surface Heating Elements
Jae-Yeon Yang ,  윤동호 ,  Byoung-Suhk Kim and others 1 Composites Research 2018.01 Academic journal
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Abstract· Keywords

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In this work, phenolic resins containing conductive carbon fillers, such as, petroleum coke, carbon black, and graphite, were used to improve the surface heating elements by impregnating a pitch-based carbon paper. The influence of conductive carbon fillers on physicochemical properties of the carbon paper was investigated through electrical resistance measurement and thermal analysis. As a result, the surface resistance and interfacial contact resistivity of the carbon paper were decreased linearly by impregnating the carbon fillers with phenol resins. The increase of carbon filler contents led to the improvement of electrical and thermal conductivity of the carbon paper. Also, the heating characteristics of the surface heating element were examined through the applied voltage of 1~5 V. With the applied voltage, it was confirmed that the surface heating element exhibited a maximum heating characteristic of about 125.01oC(5 V). These results were attributed to the formation of electrical networks by filled micropore between the carbon fibers, which led to the improvement of electrical and thermal properties of the carbon paper.
#Carbon paper #Pitch-based carbon fiber #Carbon filler #Interfacial contact resistivity #Electrical/thermal conductivities

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References (25)

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Kongahge, D / 2016 / Fabrication of a Graphene Coated Nonwoven Textile for Industrial Applications / RSC Advances 6:73203~73209 google schola You, Y.J / 2012 / Thermally Conductive Polymer / News and Information for Chemical Engineers 30(1):66~73 google schola Yang, J.Y / 2017 / Application and Standardization Trend of Carbon Fiber during the Fourth Industrial Revolution / Fiber Technology and Industry 21(4):263~272 google schola Bae, K.Y / 2003 / A Study on Application of Warm Air Circulator by Using the Carbon Heating Element with Particle Type / Journal of the Korean Society for Power System Engineering 7(4):31~37 google schola Zhao, J / 2018 / The Improvement on Drying Performance and Energy Efficiency of a Tumbler Clothes Dryer with a Novel Electric Heating Element / Applied Thermal Engineering 128:531~538 google schola

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