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Journals / Türkiye Jeoloji Bülteni / 1970 / Cilt: 13 Sayı: 2

Nükleer Tekniğin Maden Kaynaklarının Prospeksiyon ve İnkişafına Tatbiki

Mehmet Ayan(Maden Tetkik ve Arama Entitüsü)
Pages
3–18
Publication Date
1970-09-30
DOI
—
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AI Summary & Key Takeaways

AI Insight
⚡ TL;DR(Too Long; Didn't Read)

Bu yazıda, dünyadaki birçok ülkelerde nükleer teknikten faydalanılarak maden prospeksiyonunun nasıl ve hangi metodlarla yapıldığı kısaca gözden geçirilmekte ve bu tip operasyonlarda kullanılan özel cihazlardan da bahsedilmektedir.

📌 3 Key Takeaways

🎯
Objective & Hypothesis:Bu yazıda, dünyadaki birçok ülkelerde nükleer teknikten faydalanılarak maden prospeksiyonunun nasıl ve hangi metodlarla yapıldığı kısaca gözden geçirilmekte ve bu tip operasyonlarda kullanılan özel cihazlardan da bahsedilmektedir.
📊
Key Findings & Data:Bu yazıda, dünyadaki birçok ülkelerde nükleer teknikten faydalanılarak maden prospeksiyonunun nasıl ve hangi metodlarla yapıldığı kısaca gözden geçirilmekte ve bu tip operasyonlarda kullanılan özel cihazlardan da bahsedilmektedir.
💡
Conclusion & Impact:Bu yazıda, dünyadaki birçok ülkelerde nükleer teknikten faydalanılarak maden prospeksiyonunun nasıl ve hangi metodlarla yapıldığı kısaca gözden geçirilmekte ve bu tip operasyonlarda kullanılan özel cihazlardan da bahsedilmektedir.
🔬Design:Araştırma Makalesi
📍Scope:Comprehensive Sample
⚙️Variables:Nükleer · Maden Kaynakları

Özet

Bu yazıda, dünyadaki birçok ülkelerde nükleer teknikten faydalanılarak maden prospeksiyonunun nasıl ve hangi metodlarla yapıldığı kısaca gözden geçirilmekte ve bu tip operasyonlarda kullanılan özel cihazlardan da bahsedilmektedir.

🔖

Cite This Article

Ayan, M. (1970). Nükleer Tekniğin Maden Kaynaklarının Prospeksiyon ve İnkişafına Tatbiki. Türkiye Jeoloji Bülteni, Cilt: 13 Sayı: 2, 3–18. https://ajindex.com/articles/1075996

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References (48)

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  21. A. Pradzynski: Photo-nuclear and fast neutron activation analysis of copper in copper ores and flotation products No: SM-112/29
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  23. G. G. Santos, L. E. Fite, W. E. Kuykendall, R. E. Wainerdi, A. H. Rouma and W. R. Bryant: Preliminary study on the use of fast-neutron activation analysis on seas floor compositional mapping No: SM-112/30
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  26. J. W. Winchester and J. A. Catoggio: Application of neutron activation analysis to geochemical studies of mineral resources No: SM-112/28
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  28. R. Bourseau, P. Fabre et E. Zini: Dosage de l'uranium en solution par la mesure du rayonnement X de conversion interne No: SM 112/17
  29. P. G. Burkhalter: Radioisotopic X-ray analytical techniques for gold and silver ores No: SM-112/18
  30. J. F. Cameron: Nucleonic soil density and moisture gauges No: SM-112/18
  31. J. F. Cameron: Nucleonic soil density and moisture gauges No: SM-112/6
  32. R. L. Caldwell, W. R. Mills and W. W. Givens: Advances in nuclear geophysical methods in oil geology and rock analysis No: SM 112/25
  33. C. G. Clayton: Applications of radioisotope X-ray fluorescence analysis in geological assay, mining and mineral processing No: SM-112/20
  34. J. A. Czubek et P. Dumesnil: Radiocarottage gamma naturel sélectif No: SM-112/16
  35. A. G. Dandey, Q. Bristow and D. K. Donhoffer: Airborne gamma-ray
  36. K. E. Duftschmid: A versatile field instrument for X-ray fluorescence analysis No: SM112/21
  37. B. Dziunikowski and J. Niewodnicanski: Field determination of iron using X-ray fluoresrence and gamma-ray scattering No: SM-112/22
  38. R. S. Foote: Improvement in airborne gamma-radiation data analyses for anomalous radiation by removal of environmental and pedologic radiation changes No: SM-112/13
  39. L. Lövborg, H. Kunzendorf and J. Hansen: Portable beryllium prospecting instrument with large sensitive area No: SM-112/4
  40. L. Lövborg, H. Kunzendorf and J. Hansen: Use of field gamma-spectrometry in the exploration of uranium and thorium deposits in South Greenland No: SM. 112/14
  41. P. L. Olgaard: Use of theoretical models for neutron moisture gauge calibration and desing No: SM-112/1
  42. G. Peteu: Nuclear techniques currently used in oil field exploitation No: SM-112/24
  43. A. Pradzynski: Photo-nuclear and fast neutron activation analysis of copper in copper ores and flotation products No: SM-112/29
  44. J. R. Rhodes, T. Furuta and P.F. Berry: A radioisotope X-ray fluorescence drill hole probe No: SM-112/23
  45. G. G. Santos, L. E. Fite, W. E. Kuykendall, R. E. Wainerdi, A. H. Rouma and W. R. Bryant: Preliminary study on the use of fast-neutron activation analysis on seas floor compositional mapping No: SM-112/30
  46. Silvia Sircana et G. Gloria: Utilisation de la méthode d'enregistrement des fragments de fission dans les isolants pour l'étude de la répartition de l'U et du Th dans les roches et dans les minéralisations No: SM h 112/19
  47. R. E. Wainerdi, E. A. Uken, G. G. Santos and H. P. Yule: Neutron activation analysis and high resolution gamma-ray spectrometry applied to areal elemental distribution studies No: SM -112/32
  48. J. W. Winchester and J. A. Catoggio: Application of neutron activation analysis to geochemical studies of mineral resources No: SM-112/28