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국회도서관 홈으로 정보검색 소장정보 검색

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표제지=0,1,1

제출문=0,2,1

보고서 초록/고상모=3,3,2

요약문=5,5,6

SUMMARY=11,11,6

CONTENTS=17,17,2

목차=19,19,2

제1장 연구개발과제의 개요=21,21,1

제1절 연구개발 목적=21,21,1

제2절 연구개발 필요성=22,22,1

제3절 연구개발 범위=23,23,1

제2장 국내외 기술개발현황=24,24,22

제3장 연구개발수행 내용 및 결과=46,46,1

제1절 서론=46,46,5

제2절 한국 불석광상 및 벤토나이트 광상의 지질 및 성인=51,51,1

1. 송리 불석광상=51,51,7

2. 나아 벤토나이트광상=58,58,7

3. 동해 산성백토광상=64,64,7

4. 불석 및 벤토나이트광상의 퇴적환경=70,70,4

5. 영일지역 제올라이트질 벤토나이트의 광물특성 및 생성환경(위탁연구결과:연구책임자 강원대 노진환 교수)=73,73,16

6. 토의=89,89,2

제3절 일본 벤토나이트 광상의 지질 및 성인=91,91,1

1. 서론=91,91,2

2. 묘의(Myogi) 벤토나이트 광상=92,92,4

3. 월포(Tsukinuno) 벤토나이트 광상=96,96,4

4. 토부산(Dobuyama) 벤토나이트 광상=100,100,5

5. 천기(Kawasaki) 벤토나이트 광상=105,105,4

6. 토의=109,109,2

제4절 양국 벤토나이트 광석의 광물특성,물리-화학적 특성비교=111,111,1

1. 서론=111,111,1

2. 실험목적=111,111,2

3. 실험내용 및 결과=112,112,22

4. 결론=134,134,2

제5절 Ca-형 벤토나이트와 Na-형 벤토나이트의 제반물성비교=136,136,1

1. 서론=136,136,1

2. 실험목적=136,136,1

3. 실험내용 및 결과=137,137,8

4. 결론=145,145,1

제6절 벤토나이트의 물리-화학적 성질을 지배하는 요인분석=146,146,1

1. 서론=146,146,1

2. 실험목적=146,146,2

3. 실험내용 및 결과=147,147,19

4. 결론=166,166,1

제7절 유기-벤토나이트의 제조 및 특성=167,167,1

1. 서론=167,167,2

2. 실험목적=168,168,1

3. 실험내용 및 결과=168,168,30

4. 결론=198,198,2

제8절 결론=200,200,7

제4장 목표달성도 및 관련분야 기여도=207,207,1

제1절 연구개발 목표달성도=207,207,1

제2절 관련분야 기술발전의 기여도=208,208,1

제3절 논문실적=209,209,2

제5장 연구개발 활용계획=211,211,1

제6장 수집된 해외과학기술정보=212,212,1

제1절 일본 산업총합기술연구소의 조직개편정보=212,212,2

제2절 수집자료=214,214,3

제7장 참고문헌=217,217,9

영문목차

[title page etc.]=0,1,16

CONTENTS=17,17,4

I. Introduction=21,21,1

1. Research purposes=21,21,1

2. Research necessities=22,22,1

3. Research scopes=23,23,1

II. Situations of technology level of bentonite and organo-bentonite industry=24,24,22

III. Contents and results=46,46,1

1. Introduction=46,46,5

2. Geology and genesis of domestic zeolite and bentonite deposits=51,51,1

2-1. Songri zeolite deposit=51,51,7

2-2. Naa bentonite deposit=58,58,7

2-3. Donghae acid clay deposit=64,64,7

2-4. Sedimentary environment of zeolite and bentonite deposits=70,70,4

2-5. Mineralogy and formation environment of zeolitic bentonite in the Yeongil area (Contract research by Prof. J. H Noh of Kangwon National University)=73,73,16

2-6. Discussions=89,89,2

3. Geology and genesis of Japanese bentonite deposits=91,91,1

3-1. Introduction=91,91,2

3-2. Myogi bentonite deposit=92,92,4

3-3. Tsukinuno bentonite deposit=96,96,4

3-4. Dobuyama bentonite deposit=100,100,5

3-5. Kawasaki bentonite deposit=105,105,4

3-6. Discussions=109,109,2

4. Mineralogy and physicochemical properties of Korean and Japanese bentonites=111,111,1

4-1. Introduction=111,111,1

4-2. Experimental purposes=111,111,2

4-3. Experimental contents and results=112,112,22

4-4. Conclusions=134,134,2

5. Comparison of some physicochemical properties between Ca-type and Na-type bentonites=136,136,1

5-1. Introduction=136,136,1

5-2. Experimental purposes=136,136,1

5-3. Experimental contents and results=137,137,8

5-4. Conclusions=145,145,1

6. Factors controlling some physicochemical properties of bentonites=146,146,1

6-1. Introduction=146,146,1

6-2. Experimental purposes=146,146,2

6-3. Experimental contents and results=147,147,19

6-4. Conclusions=166,166,1

7. Manufacturing and characteristics of organo-bentonite=167,167,1

7-1. Introduction=167,167,2

7-2. Experimental purposes=168,168,1

7-3. Experimental contents and results=168,168,30

7-4. Conclusions=198,198,2

8. Conclusions=200,200,7

IV. Accomplishment and contribution of result=207,207,4

V. Utilization plan of result=211,211,1

VI. Obtained informations=212,212,5

VII. References=217,217,9

칼라목차

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Fig. 2-3-2. Production amount of bcntonite in each district of JAPAN(1999).=32,32,1

Fig. 3-2-2. Upper conglomerate formation of Yongdonri tuff formation(A:Fault contact between Yongdongri formation and conglomerate;B:conlomerate formation;C:Well bedded zeolitic siltstone and tuffaceous siltstone)=54,54,1

Fig. 3-2-3. Landscape of open (A) and distribution map of ore zone(B).=54,54,1

Fig. 3-2-4. Photo of zeolite ore in open pit area (A),ore body extend to southwestern part from open pit (B),and zeolite ore horizon alternated with non-altered fine sandstone laycr(C).=55,55,1

Fig. 3-2-6. Manufacturing processes of zeolite in the factory of Songri mine.=57,57,1

Fig. 3-2-9. Photographs of outcrops. A:Flow banded andesite lava;B: Fine grained andesite showing prominent joints; C:Massive andesite; D: Boundary between andesite and bentonite ore body; E:Boundary between andesite and bentonite ore body; F:Non-altered lapilli tuff; G: Bentonite injected into lapillli tuff;H&I: Bentonite J:Landscape of open pit; K:Fault contact between andesite and contact between andesite and bentonite ore body.=61,61,1

Fig. 3-2-11. Geologic map of the district of the Donghae acid clay deposit.=65,65,1

Fig. 3-2-12. Photograph (upper) and sketch map (lower) of open pit of the Donghae acid clay deposit.=67,67,1

Fig. 3-2-13. Photographs of outcrops. A: Thin bentonite layer near open pit; B: Thick zeolitic tuff overlying coal seam,sandstone and conglomerate layer;C:Zeolitic tuff is overlying siltstone,mudstone and coal seam;D:Bentonitic tuff under coal seam;E:Coal seam and siltstone layer;F:Guemgangdong shale formation;G:Bentonite under Geumgangdong shale;H:Bentonite under fine sandstone;I:Bentonite layers;J:Bentonite ore;K:Bentonite layer Open pit area of the Donghae Chemicals;N:Bentonie ore.=68,68,1

Fig. 3-2-15. Division of sedimentary environments of open pit profile in the Donghae clay deposit.=73,73,1

Fig. 3-2-18. Field occurrences of zeolitic bentonites in Yeongil area.=79,79,1

Fig. 3-3-3. Photographs of Myogi mine and Hojun bentonite Co. Ltd. A: View of Hojun factory; B: Vicw of Hojun institute and office; C: Myogi mine area; D: Samples produced by Hojun Co; E: Meeting and discussion; F: Ramp way of underground of Myogi mine; G: T-13 ore body composed of zeolitic bentonite; H: T-14 ore body;J:T-15 bentonite ore body alternated with silicified mudstone;K:Buldozer for loading;L:Working face of T-15 ore body;M:Dolomite layer inerbedded in bentonite;N&O:Carbonate nodules=95,95,1

Fig. 3-3-6. Photographs of Tsukinuno mine A: View of Tsukinuno mine; B: Meeting and discussion; C: Bentonite in No. 1 ore body; D: Bentonite in No.6 ore body; E: Calcite veinlets in No.6 ore body; F: Carbonate nodule in No.6 ore body;G:Bentonite in No. 12ore body;H:Bentonite in No. 13 ore body;I:Bentonite in No. 19 ore body;J:Bentonite in No.21 ore body;K:Bentonite in No. 22 ore body;L:Rampway for sub-level stopping=99,99,1

Fig. 3-3-8. Detailed map showing geology and distribution of bentonite ores in open pit of the Dobuyama bentonite deposit.=103,103,1

Fig. 3-3-11. Photographs of Kawasaki mine. A: Well bedded siltstone; B: Well bedded siltstone formation; D: Zeolite nodules in bentonite;E:Zeolite nodules in bentonite;F:Silica nodules in weakly altered volcanic breccia;G:Ichnofossils in mudstone surface;H:Unaltered siltstone formation;I:View of open pit in east side;J:View of open pit in west side;K:View of open pit in east sied;L:Folded siltston layer represented by dotted-line=108,108,1

[수집자료]=216,216,1