• Nuclear industry
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• 5_6호통권13호
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• pp.50-56
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• 1983

• Nuclear industry
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• 제6권12호통권46호
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• pp.120-122
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• 1986

미국원자력학회가 주최한 ${\ulcorner}$SPECTRUM '86-폐기물처리처분 및 제염과 폐로회의${\lrcorner}$가 '세계의 방사성폐기물관리 현황과 장래'를 기조테마로 지난 9월 14일부터 18일까지 17개국에서 600여명이 참가한 가운데 열려, 고$\cdot$저준위폐기물처리처분에 대한 경험과 계획, 제염과 폐로 등에 관해서 폭넓게 논의되었다. 다음은 이 회의에서 소개된 선진각국에서의 유리고화플랜트 현황과 처분계획을 요약한 것이다.

• Nuclear industry
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• 제7권2호통권48호
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• pp.80-83
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• 1987

재처리공장에서 사용후핵연료에서 배출되는 고준위방사성폐기물의 최종처분문제는 원자력정책에서 마지막으로 남겨진 중요한 과제이다. 이에대해서 일본원자력위원회 방사성폐기물대책전문회는 장기간의 검토후 1984년 8월과 1985년 10월에 대체적인 윤곽이 제시된 보고서를 정리하였다. 그후 이 계획에 따라 구체적인 시책을 어떻게 추진할 것인가에 대해서 중점적으로 논의되었는데 최근 앞으로의 시책 전개방향이 조금씩 밝혀지고 있다. 더 검토되어야 할 과제도 있겠으나 다음은 고준위방사성폐기물 최종처분에 관한 일본의 최근 동향과 관련신기술의 소개이다.

• Journal of the Korea Academia-Industrial cooperation Society
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• 제12권7호
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• pp.3327-3333
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• 2011

The interest on the recovery of thermal energy using the industrial waste has been rising to solve the problems of continuous increase of waste generation and the depletion of the fossil fuel recently. To recovery from the waste among the new recyclable energies has been proved as the most favorable when the potential value of energy source is compared. The RDF made from the industrial waste has been approved as the most economical method. This research has analyzed the heavy metal components containing in the industrial waste. The concentration of Cl and S in the industrial waste generated in C-industrial complex are slightly high than that of the B- and A-industrial complex. The main components generated from A-industrial complex, B-industrial complex, and C-industrial complex are alumina-silicates, calcium alumina silicates, and the mixture of lime and calcium alumina silicate. These results could be used to reveal the origin of inorganic components in industrial waste and utilized as a basic data to improve the performance of the RDF as fuel.

• Journal of the Korean Wood Science and Technology
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• 제37권1호
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• pp.29-36
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• 2009

Recycling of wood wastes or residues is a good solution for a shortage of wood resources and a rise in the price. Shipbuilding wood wastes were almost used to produce the boards by milling. However, considering the economic value and insufficient resource, recycling with milling is dissatisfied method. This study has been carried out to investigate the recycling possibility of shipbuilding wood waste. There are two kinds of shipbuilding wastes: plywood waste and solid waste. From the results of this study, the following conclusions have been made: 1. Bending properties of plywood and laminated plywood lumber were tested by Korean Standard. 2. The main fracture mode of plywood waste and laminated plywood lumber is that of simple tension. 3. The recommended application for the recycling of shipbuilding wood waste are outdoor wood furnishings, indoor wood furnishings and some wooden building construction materials: interior raw material, wooden pallet, siding, paneling, flooring. picnic table, deck components, porch swing, landscaping timbers, residential fencing, patios, and boardwalks etc.

• Proceedings of the Korean Radioactive Waste Society Conference
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• 한국방사성폐기물학회 2003년도 가을 학술논문집
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• pp.172-179
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• 2003

Various type of tritium wastes can be produced from nuclear fuel cycle process satisfying non-proliferation, CANDU reactors, and nuclear industry. Activities of tritium processing in the world were surveyed to develope the processing technologies of tritium wastes. The tritium wastes were classified into gas phase, liquid phase, and organic phase. And the treatment techniques for the tritium wastes are analyzed. Development of tritium processing technologies is essential to finding public acceptance of radioactive wastes and forming a solid foundation to foster the growth of nuclear industry in Korea.

• Nuclear industry
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• 제5권2호통권24호
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• pp.62-63
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• 1985

다음은 소련의 모스크바방사성폐기물처리처분센터의 개요이다. 1957년에 설립된 이 센터는 과학생산공단 소속으로서 지도 및 연구개발의 중심적 역할을 담당하는데, 이와 같은 시설은 전국 대도시 주위에 32개소가 있다.

• Nuclear industry
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• 제37권7호
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• pp.98-101
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• 2017

본고는 일본 종합자원에너지조사회의 기본정책분과회에서 생산한 자료로서 고준위 방사성폐기물 대책에 대한 국민의 합의 형성 방안과 입지 선정 프로세스 문제 등을 다루고 있다.

• Nuclear industry
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• 제7권5호통권51호
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• pp.2-3
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• 1987

• Nuclear industry
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• 제35권8호
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• pp.85-89
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• 2015