고흥 미복산 부근에 분포하는 심성암류의 암석지구화학과 금함량

Lithogeochemistry and Gold Content of Plutonic

  • 윤정한 (전남대학교 공과대학 자원공학과, 광주광역시)
  • 발행 : 1999.12.01

초록

Plutomic rocks of the Mabogsan, located in the southestern part of the Koheung Eup are composed of granite gneiss, diorite, biotite grantie and granophyre. On the basis of Rb-Ba-Sr diagram, the diorires are plotted from granodiorite to quartz diortie, the biotite granites from granodiortie to anomalous granite and the granophyres in normal granite filed. The plutonic rocks tend to show the I-type characteristics in terns of ACF diagram, $K_2O-Na_2O$ diagram and $Al_2O_3/Na_2O+K_2O+CaO$ diafram, while have values of ilmenite series in magnetic subseptibility. The plutons could have formed in the tectonic environment of VAG+COLG+ORG based on the silica vs. trace element diagrams. Gold contents with major and trace elements have been determined for 21 granophyres, 13 biotite granites and 4 diorites are; (1) for the diorite, the rangs is 0.508~1.73 ppb with an average of 0.5ppb;(2) for the biotite granites, the range is 0.449~13.5ppb with an average of 3 ppb;(3)for the granphyres, the range is 0.508~23.1ppb with an average of 4.5ppb. The gold content of the studied plutons tends to increase from mafic to felsic rocks. Gold contents tend to show positive correlations with those of Ag and Zn, negative correlations with those of As, Ba and Rb. The copper contents of the plutons are comparatively high. Average copper contents of diorite, biotite granite and granophyre are 710ppm, 587ppm and 484ppm, respectively. The copper contents of the plutons tend to have good correlations with those of Ag, Bi and Pb.

키워드

참고문헌

  1. 광산지질 v.21 경남 양산지역에 분포하는 화산암류의 지구화학적 특성 연구 김문영;신홍자;이평구;장영남
  2. 고흥지역 동광상에 대한 연구 김상엽(외 9인)
  3. 한국지구과학회지 v.18 no.1 고흥지역에 분포하는 백악기 심성암류의 지질시대와 암석화학적 연구 박영석;김정빈;윤정한;안건상
  4. 한국자원공학회지 v.30 순천-광양지역에 분포하는 화성암류에 대한 Rb-Sr 동위원소 및 암석지구화학적 연구 박천영;윤정한;박영석
  5. 해남-완도지역의 백악기 화강암류에 대한 암석화학적 연구 신인현
  6. 지질광상연구보고 v.11 고흥지구 동광상 조사보고 오인섭;황덕환;유환성
  7. 자원환경지질 v.29 국내에 분포하는 화산암류중 금의 분포특징에 관한 연구 윤정한;오근창
  8. 대한지질학회지 v.30 no.5 진동화강암류의 미량원소지화학과 동광화작용 이진국;이재영
  9. 대한광산학회지 v.20 no.4 월악산 화강암체의 암석지구화학적 특성과 광화작용과의 관련성 전효택
  10. 대한광산학회 v.24 no.1 울진지역 주석광화작용과 관련된 화강암류의 다원소지구화학 전효택;이덕원
  11. 대한광산학회지 v.26-2 석포-분천-울진지역 선캄브리아시대 화강암질암의 암석지구화학적 특성과 생성산 심성암으로서의 가능성 전효택;홍영국;김문영
  12. 대한지질학회지 v.18 no.3 한반도 남부 백악기 화강암류의 암석지화학;금속광화작과 관련시켜서- 진명식;이상만;이진수;김성재
  13. 부산대학교 자연과학대학 논문집 v.42 한반도 서남부 영주-광주 함몰대 내의 화산함몰체(Ⅰ), 운장상 함몰체 차문성;윤성효;신성국
  14. Jour. Research U.S. Geol. Survey. v.4 Behavior of trace elements during magmatic processes- A summary of theoretical models and their applications Arth, J.G.;Reston, Va.
  15. Pacific Geol. v.8 Two contrasting granite types Chappel, B.W.;White, A.J.R.
  16. Geochem. International v.7 The mineral balance and the behavior of gold during the emplacement of an intrusive body Davletov, I.K.;Dzhakshibayev, Sh.
  17. Geochim. Cosmochim. Acta. v.28 On the gold contents of rocks Degrazia, A.R.;Haskin, L.
  18. U.S. Geol. Surv. Prof. paper 727, 42 Distribution of gold in igneous rocks Gottfried, Rowe, J.J.;Tilling, R.I.
  19. Earth Planet. Sci. v.38 The application of trace element to the pe trogenesis of igneous rocks of granitic composition Hanson, G.N.
  20. Petrology and structure of the volcanic canldron in the Koheung- Boseong area of Chonnam province, Korea Hwang, I.H.
  21. Jour. Soc. Mining. Geol. v.27 The magnetite-series and ilmenite-series granitic rocks Ishihara, S.
  22. Mining Geol. v.35 Gold abundance of Japanese granitoids-A preliminary report. Ishihara, S.;Kimura, K.;Ohta, K.;Sato, T.
  23. Mining Geol. v.36 Gold abundance of Japanese plutonic rocks. A preliminary result Ishihara, S.;Kimura, K.;Takahashi, H.;Saito, Y.;Hirao, Y.
  24. Geochemical Exploration Elsevier The use of rubidium/strantium ratios as guide to mineralization in the Galway granite.,Ireland. Lawrence
  25. Internat. Geology Rev. v.11 Distribution characteristics of silver and gold in sulfide ores of Koksu River Basin Maksudov, M.
  26. Geochim. Cosmochim. Acta. v.31 Variation in gold content of minerals of the Marysville quartz dorite stock, Montana Mantai, E.J.;Brownlow, A.H.
  27. Jour. of Petro. v.25 trace element discrimination diagrams for the tectonic interpretation of granitic rocks Pearce, J.A.;Harris, N.B.W.;Tindle, A.G.
  28. J. Geochem. Explor. v.12 The use of Rb/Sr ratios as a guide to mineralization Plimer, I.R.;Elliott, S.M.
  29. Geochem. International v.1 Geochemistry of gold Shcherbakov, Yu. G.;Perezhogin, G.A.
  30. Southeastern Manitoba Enco. Geol. v.66 Newtron activation analysis of gold in Archean igneous and metamorphic rocks of the Rice Lake-Beresford Lake area Stephenson, J.E.;Ehmann, W.D.
  31. Inst. Min. Metal Distribution functions and ratios of trace element concentration as estimators of the ore-bearing potential of granites Tauson, L.V.;Kuzlov, V.D.
  32. Geochim. et Cosmochim. Acta. v.28 Abundance of chemical elements in the continental curst: a new table Taylor, S.R.
  33. Econ. Geol. v.68 Gold avundance in igneous rocks: Bearing on gold mineralization Tilling, R.I.;Gottfried, D.;Rowe, J.J.
  34. Geochim. Cosmochim. Acta. v.18 Studies in the geochemistry of gold-Ⅰ, the distribueion of gold during differn-tiation of a basic magma Vincent, E.A.;Crokett, J.H.
  35. Geochem. International v.7 Behavior of gold during differen-tiation of a basic magma Voskresenskaya, N.T.;Zvereva, N.F.;Konkina, O.M.;Feldmann, V.I.
  36. Origin and distribution of the elements Wedepohl, K.H.
  37. Tectonophysics v.43 Ultrametamorphism and granitoids gneiss White, A.J.R.;Chappell, B.W.
  38. Mining Geol. v.41 no.3 Gold content of Jurassic and Creataceous granitic rocks in Korea Yoon, C.H.
  39. Econ. Environ. Geol. v.28 no.6 Variation of gold content in rocks and minerals from the Seongsan and Ogmaesan clay deposits in the Haenam area, Korea Yoon, C.H.
  40. International Journal of Chosun Univ. v.1 no.1 Gold content in the basalt of Jeju Island Yoon, C.H.;Kim, C.B.;Park, C.Y.
  41. 광산지질 v.17 no.2 광양 금광상, 고흥 동광상의 광상생성과 암석학적 연구 박영석;신병우