Untitled - KRRI 전자도서관

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제5장 연구개발결과의 활용계획 ·····································································106 제6장 연구개발과정에서 수집한 해외과학기술정보 ·······················109 제7장 연구시설ㆍ장비 현황 ···············································································112 제8장 참고문헌 ·············································································································114 - x -
표 차 례 표 1. 국내외 주요 연구기관의 연구개발 내용 및 활용내용 ·······································10 표 2. 도시철도 팬터그래프 규격 ·························································································23 표 3. 주요관련 특허기술 문헌정보 및 기술요약 ·····························································27 표 4. 주요 현용 소결합금 집전판・주조합금 집전판의 조성(組成) ····························34 표 5. 대표적인 카본계 재료의 특성과 조성(組成) ··························································37 표 6. 카본계 집전판의 개발 목표치 ···················································································37 표 7. 집전판으로의 적용이 검토된 새로운 재료의 특성 ···············································49 표 8. 집전판의 등급(모델)에 따른 평균 특성 ··································································49 표 9. 강철재질의 고정판과 C/C composite 집전판의 팬터그래프 상단의 무개 비교 ····················································································································································50 표 10. 집전판의 마모 정도 비교 (10,000 km 평균 마모 깊이) ···································52 표 11 국제 규격에의한 팬터그래프 집전판 시험 내용 (EN50405) ···························55 표 12. 집전판 재료의 특성 (‘JIS E6301 팬터그래프 집전판’에 의함) ························56 표 13. 집전판 재료의 특성(JRS에 의함) ···········································································56 표 14. 통전 마모 시험기에 의한 전차선 집전판 측정항목 ···········································68 표 15. 팬터그래프 집전판 성능 검증 사항 ·······································································70 표 16. 성능검증 내용과 세부 개발 목표사항 ···································································71 표 17. 나노금속이 포한된 탄소레이어 증착공정변수 ·····················································76 표 18. 연구개발 목표, 내용 및 연구범위의 달성도 ······················································103 - xi -
Page 2 and 3: 보안과제( ), 일반과제( ○
Page 4 and 5: 과제고유번호 2010-001 8158
Page 6 and 7: 한 집전판 성능 검증 기술
Page 8: Ⅲ. Contents The contents of this
Page 11: 목 차 제1장 연구개발과제
Page 16 and 17: 그림 66. Nanoindenter - Hardness
Page 18 and 19: 전을 포함한 철도와 신기
Page 22 and 23: 가치를 창출하는 미래 유
Page 25 and 26: 나노신소재 기술은 임계성
Page 27 and 28: 제 2절 연구 개발결과의 활
Page 29 and 30: 그림 8. 철도 분야의 NT기술
Page 32: 제 2절 팬터그래프 집전판
Page 35 and 36: 그림 11. 팬터그래프의 기
Page 38 and 39: 다. 팬터그래프 집전판 일
Page 40 and 41: 정 격 전 류 정 차 시 연속
Page 42 and 43: 결합금이나 카본계 재료
Page 44 and 45: 2002-180105 6 일본공개특허 20
Page 46 and 47: 현용 집전판 재료의 내마
Page 48 and 49: 다. 금속계 팬터그래프 집
Page 50 and 51: 용 도 재 래 선 ・ 민 철 신
Page 52 and 53: 그림 20. 카본계 집전판(금
Page 55 and 56: 그림 23. 도시철도와 고속
Page 57 and 58: 야 하는데, 코크 입괴의 분
Page 59 and 60: 가지의 페놀알코올의 혼합
Page 61 and 62: KTX 팬터그래프 집전판 분
Page 63 and 64:
그림 30. KTX 팬터그래프 집
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3. 금속계 나노 입자와 탄
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그림 32. C/C composite 집전판
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그림 36. 집전판 온도 시험
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나. 집전판 성능검증 및 국
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없어야 한다. 2.4. 성능 주
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(6). 검사 기준서 [대 표 도]
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③ 접동속도 : 차량의 주행
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(다) 통전의 영향 그림 40.
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표 14. 통전 마모 시험기에
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3. 나노기술 적용된 팬터그
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그림 45. 전차선로 시험기
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도하여 나노금속을 함유한
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(a) (b) Target Carbon(C)+Metal Meta
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그림 50. EDS analysis (a) Mo-C, (
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그림 52. AFM analysis 그림 53.
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그림 55. Scratch test- adhesion
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나. 나노금속의 밀도에 따
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그림 61 AFM analysis 그림 62 AF
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텅스텐 함량에 따른 W-C 박
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3. 실용화를 위한 금속입자
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그림 67. 나노기술 이용 철
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제 5절 결론 나노융합기술
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사항이 있었다. 이를 위해
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된다. 또한, carbon 소재를
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그림 70. 팬터그래프 나노
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그림 71. 연구 주요 실적 및
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◦ 본 연구과제는 원천 기
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종 류 기술 요약 미국공개
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논 문 논 문 규 격 규 격 규
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한국철도 기술연구원 팬터
Page 132:
주 의 1. 이 보고서는 교육
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Untitled - KRRI 전자도서관

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