초록

O 우주 모사 복합 환경 발생 제어 및 활용 원천 기술 개발
O 우주모사 극고진공 고에너지 용 소재 처리 및 시스템 제작 기술 개발
O 초고온 하이브리드 레비테이션 개발과 초고온 물성 연구
O 우주 환경 모사 나노 융합 신소재 개발
O 우주모사 극한 환경적용 공정 장치용 핵심부품 및 공정 장비 개발
(출처:요약서 3p)

Abstract ▼

Ⅰ. Purpose
The purpose of our project is the development of new materials and process techniques based on the platform system which secures the techniques of the generation and control of a convergent and integrated environment of ultra high vacuum, high energy and high temperature which can simu

Ⅰ. Purpose
The purpose of our project is the development of new materials and process techniques based on the platform system which secures the techniques of the generation and control of a convergent and integrated environment of ultra high vacuum, high energy and high temperature which can simulate space environment.

Ⅱ. Contents
ㅇ The development of original techniques for generation and control of an integrated environment which can simulate space environment.
- The generation of a integrated environment of Ultra high vacuum and high energy and of precise control techniques.
- The development of original techniques of a nano thin film and nano particle process through extremely precise controls.
- The build of the platform for estimation of materials of component which is application for an integrated environment of space simulated and the launch of foreign aid.

ㅇ The development of material processes and system techniques for a ultra high vacuum which simulate space environment.
- The reduction techniques of outgassing for main metallic materials and the technique of surface treatment for complicated shapes.
- The development of a ultra high temperature hybrid levitation and the research of properties of ultra high temperature.
- The development of a ultra high temperature, noncontact and containerless levitation.
- The production of DB for properties of noncontact, contamination and ultra high temperature materials and the build of platform for structure measurements.
- The production of DB for properties of integrated environment.

ㅇ The development of nano integrated new materials which simulate space environment.
- The development of metal thin film using grain boundary control which has high anti-oxidative, high adhesion and high conductivity.
- Revealing the mechanism of the effect of intentional impurity doping on spin ordering and development of spin device structure
- Realization of the spin control by electric field and creation of new properties induced by the impurity doping
- Development of electric functional materials which are ultra pure new materials and high fusing point functional oxide by control techniques of supercooling and noncontact.
- Development of new materials by various crystal growing methods and defect control.

ㅇ The development of core components and processing equipments for an extreme situation applicable which simulate space.
- The development of a core module which are extremely precise, ultra high vacuum, ultra high temperature and high energy generation controller and so on.
- The development of processing equipments of functional nano particle base on simulation for space environment.
- The development of equipments for thin film growing which is precisely controllable and high efficient.

Ⅲ. Expected Contribution
ㅇ The development of original nano convergent new materials and new processes based on the control techniques of high vacuum and high energy environments which are overcome existing limitations and the secure of original patents.
ㅇ The expectation of the new materials and new properties to industrialization and commercialization by getting an environment transcending the criterion of the existing materials.
ㅇ Raising new era of electrode and transparent electrode, forming and leading new market using metal electrode.
ㅇ Possibility of a new market of flexible display using grain free metal thin film.
ㅇ Possibility of expansion of a sound market using noise reduction by using grain free material.
ㅇ The improvement of localization of vacuum components and equipments through the development of the ultra high vacuum and high energy material process techniques and the system production technique and effect of substitution of import.
ㅇ Possibility of a new market formation and a leading of a equipment market through the development of new process equipments.
ㅇ Improvement of technical competitiveness of main force of a national industry of semiconductor display, the steel and so on.
ㅇ Improvement of tehnical independence of national leading research for an accelerator, space development and so on.
ㅇ The collaboration of industry-university-institute and mutual exchange of information through the build of platform of estimation of compose of new material simulated space and component material.
(출처:SUMMARY 6~8p)

목차 Contents

• 표지 ... 1제 출 문 ... 2보고서 요약서 ... 3요 약 문 ... 4SUMMARY ... 6CONTENTS ... 9목차 ... 10제 1 장 연구개발과제의 개요 ... 11 1 절. 연구개발의 목적 ... 11 2 절. 연구개발의 필요성 ... 12제 2 장 국내외 기술개발 현황 ... 20 1 절. 세계적 수준 ... 20 2 절. 국내수준 ... 26 3 절. 국내외 연구현황 ... 28 4 절. 선행연구의 내용 및 결과 ... 31 5 절. 현 기술상태의 취약성 ... 35 6 절. 앞으로의 전망 ... 39 7 절. 국내에서 연구개발하는 대신 기술도입을 한다면 가능한가? 가능하다면 기술료(Royalty) 수준은 어느정도이며, 경제성에 비추어 높은지, 낮은지? ... 39 8 절. 산업체 참여시기 및 방법 ... 39제 3 장 연구개발수행 내용 및 결과 ... 41 1 절. 정량적 연구성과 ... 41 2 절. 대표 연구 성과 ... 43 3 절. 대표 성과의 기술성 ... 48 4 절. 성과내용 ... 53제 4 장 목표달성도 및 관련분야에의 기여도 ... 78제 5 장 연구개발결과의 활용계획 ... 86 1 절. 우주 모사 환경 발생 및 정밀 제어 기반 신공정 기술 개발 ... 86 2 절. 극고진공 고에너지 용 소재 처리 및 시스템 제작 기술 개발 ... 89 3 절. 초고온 하이브리드 레비테이션 개발과 초고온 물성 연구 ... 89 4 절. 우주 환경 모사 활용 나노 융합 신소재 개발 ... 91 5 절. 극한복합환경 활용 신공정 및 시스템 요소기술 개발 ... 93제 6 장 연구개발과정에서 수집한 해외과학기술정보 ... 95제 7 장 참고문헌 ... 98끝페이지 ... 105