Jeoloji Münendisliği Dergisi
Jeoloji Mühendisliği Dergisi

Jeoloji Mühendisliği Dergisi

1978 EKİM
COVER
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COPYRİHT PAGE
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CONTENTS
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TO OUR READERS
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Uğur İnci
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  • Turkey

  • Energy Problem

  • Nuclear Energy

  • Petroleum

  • Aybers, N., 1974, Nükleer Enerji Alanındaki Son Gelişmeler vs Türkiye`deki durum. Atom Enerjisi Komisyonu yayını. Ankara, 30 s.

  • Âşcıoğlu, E,. 1976, Akarsulardan Elektrik Üretimi, Türkiye ve Yerbilimleri. TJK Yer Yuvarı ve İnsan derg,, 1,1. 46-53.

  • Brown. B., 1884, Nükleer Güç Ekonomisi. MTA yayını. No. 62, Ankara. 75 s.

  • Degens, T. E. ve diğerleri,, 1978, Karadeniz Sedimanlarındakl Uranyum Anomalisi. Jeoloji Mühendisliği derg., Sayı 4, Sayfa 9-13, Ankara.

  • Enerji Sorunları ve Yerbilimleri : TJK 30. Bilimsel ve Teknik Kurultayı 1976, Ankara.

  • Kaplan, H., 1877, Eskişehir-Sivrihisar-Kızılcaören Köyü Yakın Güneyi «Nadir Toprak Elementleri ve Toryum Kompleks Cevher Yatağı». Jeoloji Mühendisliği derg., Sayı 2, Sahfa 29-33. Ankara.

  • Touchais, M., 1978, Güneş Enerjisinden Yararlanma Yollan Semineri, MTÂ Ankara.

  • Türkiye Genel Enerji Envanteri : İnerjl va Tabii Kaynaklar Bakanlığı Enerji Dairesi Raporu, 1970, Ankara.

  • Hüseyin Kaplan
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  • Nuclear Energy

  • Raw Material Exploration

  • Exploration Methods

  • Heavy Minerals

  • Fairbridge, R. W., 1972 , The Encyclopedia of Geochemistry and Environmental Sciences, New York.

  • Çetintürk, 1978. M.T.A. Rad. Min. ve Kömür Dairesi Enerji Serisi Konferansian «Uranyum», Ankara,

  • Miami International Conference on Alternative Energy Sources, 1977, Florida

  • Bailey, R. V. —Chiiders, M. O., 1877, Applied Mineral Exploration with Special Reference to URANIUM, Colorado.

  • Kelley, V. C, 1975, Geology and Technology of the Grants Uranium Region, New Mexico

  • Adler, H. H., 1974, Concepts of Uranium-Ort Formation in Reducing Environments In Sandstones and Other Sediments «Formation of Uranium Ore Deposits», Vienna.

  • Jurain, G., 1964, l`uranium, Paris

  • Kaplan, H., 1977, Eskişehir - Sivrihisar - Kızılcaören Köyü Yakın Güneyi Nadir toprak Elementleri ve Toryum Kompleks Cevher Yatağı, Jeoloji Mühendisliği - Sayı 2, Ankara.

  • Arda, O., 1976, Eskişehir • Sivrihisar - Kızılcaören bölgesinde ortaya çıkan toryum, niobium ve nadir toprak elementleri içeren karbonatik oluşumlar ve Jönezlerî hakkında düşünceler, (yayınlanmamış tektir) M.T.Â, Ankara

  • Staate, M. H., 1974, Thorium Veins in the United States Economie Geology, Vol 69n.

  • King, j, W. 1977, Türkiye`de uygulanmakta olan modern uranyum arama yöntemleri T.M.M.O.B. Maden Odası - Türkiye Madencilik Bilimsel ve Teknik 5. Kongresi» Ankara.

  • Finch, W. I., 1977, Plans to develop genetic-geologic models for the assessment of the Nation`s undiscovered uranium resources «•LLS.G.3,» Washington, D. 0.

  • Tauohld, M., 1977, Uranium Exploration in Southwestern Anatolia - Geoohemical Aspect, (yayınlanmamış rapor), M.T.A., Ankara.

  • Kitaisky, Y. D,, 1963, Prospecting for Minerals, Mir Publishers, Moscow.

  • Kaplan, H, - Uz, S. - Çetintûrk, I., 1974, Le glte d`uranlum de Fakılı (Turquie) et sa formation «Formation of Uranium Ore Deposits», Vienna,

  • Zeki Akyol
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  • National Econom

  • The Place of Geology

  • Underground Resources

  • Research Business

  • Singevald, 0. D,, (1959], Maden jeolojisi, tercüme: C. Keskin 1st. On, Fen F, J. E. İstanbul.

  • Cameron, F., (1969], Maden endüstrisi için alınacak kirarlarda jeolojinin fonksiyonu, M.T.A, Derg. S, 73 Ankara.

  • Geologist İn Pan-Am Petroleum Gorporatton, «Geology and American`s future» No. : 1471 America.

  • Erol Akyol
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  • Stratigraphic Palynology

  • Coal Management

  • Amasra(Demircidere)

  • Macrofossils

  • Structural Setting of Alanya Masif
    Metin Şengün Mustafa Acarlar Fehmi Çetin Osman Zeki Doğan Ahmet Gök
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    ABSTRACT: The aim of this paper Is to discuss structural and petrologlc questions that have evolved in relation to Âlanya massif of Western Taurids. The paper will mainly deal with structural setting of the massif with minor reference to degree and baric type of metamorphlsm, nature of original rook sequence and a rough age for the final effective deformation. Intermediate to high confining pressure as well as fairly high vapour pressure is Indicated by glaucophane - plstaclte assemblage for Gündoğmuş region. Similar vapour pressures must have prevailed İn Alanya region for the formation of amphibolites Intercalated with the metasedimentary sequence. However, no geobarometers have been detected In this area. The temperatures must have ranged from the boundary of anchimetamorphism to about 500°C corresponding to the high temperature part of low grade metamorphism (Wlnkler, 1974) below the isograd «Hornblend- Am? In», The original rocks are pelites and carbonates with minor eXtruslves. The age of final effective deformation is pre - Upper Triassic indicated by metamorphic rock fragments in Upper Triassic sandstoones and conglomerates. The structural setting is controversial, Helvetic type nappe model being defended by the French school (Brunn et al., 1973) and Özgül (1976). Earlier structural models presented by Blumenthal (1951) is supported by new evidence. Strong field evidence is presented to reject any thought of post-Jurassic allochtony or large displacements of tectonic units relative to one another. Jurassic carbonates connected to the autochtonous sequence (Geyikdağı Birliği; Özgül, 1976) mutually cover Âkıncibell formation of Lower Triassic age and metamorphlcs of Alanya massif. However, movement of the whole section relative to an oceanic lithosphère may be considered a plausible thought. Thus, excluding plate motions from the concept of allochtony, Alanya massif constitutes stratigraphie and structural basement of Western Taurids. The Whole section is formed by a normal sequence transformed in to northly dipping tectonic slices by Tertiary movements.

  • Alanya Massif

  • Structural Location

  • Deformation

  • Metamorphism

  • Güner Kartal
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  • Central Anatolia

  • Fire Clay Possibilities

  • Precipitated Clays

  • Volcanic Products

  • Industrial Minerals And Rocka, 1975, American Instituts of Mining, Metalurgleal, and petroleum Engineers Inc. NewYork. A.B.D.

  • Kartal, G, 1978, Korgun Sahası Refrakter Kil sahası, MTA Enstitüsü, (Yayınlanmamış).

  • Madan Haberleri Bülteni, 1978, MTA Enstitüsü Ankara.

  • R.p. Young R.j. Howel Güngör Unay
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  • Discontinuity in Rock

  • Tunnel Search

  • Penetrometer

  • Observation Technique

  • Me Feat-Smith, I, Powell, R, j, «Correlation of rock propertfea and the cutting performance of tunneling Machinas» CORI eonfernce on Rock Engineering, Newcastle, 1977

  • Hoek, İ and Bray, J. W, »Rook slope engineering» Institution of Mining and Metallurgy, London, 1974.

  • Gartney, S. M. «The ubiquitous Joint method • Cavern design at Dinorwic power station», Tunnels and Tunnelling May/June 1977.

  • Powell, R. J, and Mo Feat-Smith, 1, «Factors Influencing the performance of a selective tunnelling machine» International Symposium Tunnelling 76, London 1978

  • Kolek, j, «An appreciation of the Schmidt rebound hammer» magazine of concrete research, Vol 10, No 28, March 1958

  • Hudson, A, A, Drew, S D, «An impact penetrometer for assessing the cuttability of soft rocks» report 685, 1976.

  • Szlazin, J, «Relation ships between some physical properties of rook determined by laboratory tests» Int. J. Rock meeh. Min, Soi. Vol 11, 1974.

  • Brook,- N, «A method of overcoming both shape and size effects In point load testing» CORE Conference in Rock Engineering, Newcastle, April 1977

  • Ward, W, H. Coats, DJ, and Tedd, P, «Performance of tunnel support systems In the our Fathom Mudstones International Symposium, Tunnelling 76, London, 1976.

  • Priest, S, D, and Hudson, J. A, «Rock Quality in the Kleider Experimental tunnel, Co Durham» TRRL Supplementary report 173 DC 1875.

  • Priest, 3, D. and Hudson, J, A, «Discontinuity spacing In rock», Int J Rock Mtech Mln So Vol 13, 1978.

  • Carter, P. G and Sneddon, M. «Comparison of Schmidt hammer, point load and unoonfined oompresalve tests in Carboniferous strata».

  • Georqe A Rütkovski Necdet Türk
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  • Dam Safety

  • Soil Experiment

  • Slip Resistance

  • Soil Classification

  • Dursun Baştanoğlu
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  • Mines

  • Taxes

  • Mining Law

  • Business Right

  • Kaynak, Y. Şubat 1971, «Maden Sanayiinin Gelişme Perspektifleri» Türkiye Madencilik Bilimsel ve Teknik 2. Kongresi, MMO Yayınları, Sayfa (26-58)

  • Madenciliğimizin Yapısı ve Sorunları», Ocak 1973, MMO Yayınları.

  • Alp, !. Şubat 1975, «Madenciliğimizin Yasal Sorunlan» Türkiye Madencilik Bilimsel ve Teknik 4, Kongresi, MMO Yayınları, Sayfa (143-155).

  • Baştanoğlu, D, Kanber, Z. Mart 1978, «Maden Kanuny ve Tuz Kanunu Resmi Gazete, 20,2,1978 gün ve 18206 sayılı,

  • Resmi Gaıeta, 20.2.1978 gün ve 16206 sayılı,

  • Selim Kapur Aytekin Berkman Nuri Güzel
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    ABSTRACT: Selection of the suitable pretreating solutions to be used prior to clay mineral analysis for Eocene flysoh deposits formed in the Osmaniye - Aslantaş dam area Is discussed. Various solutions of different concentrations, such as NaOH, GH3-GQONa, HCI and 2 SO4 are used for determination of particle size analysis, and of clay minerals-without destroying their structure - aloung with analysis of some extracta`ble elements İn flysoh and similar sedimentary rocks. As result, the most suitable pretreatlng solution to be used as dispersant rs 0.1 M H2 SO4 The most suitable solu , tions for elemente! extraction of Ca++, Mg+ ` and Na+ and K+ are 0.5 M H2 SO4 respectively. The most suitable pretreatlng solutions for clay mineral determination are In the orderof 0.5 M NaOH and 0.1 M HCI.

  • Flyers

  • Clay Mineral

  • Analysis

  • Solvent Investigation

  • AMERICAN GEOLOGICAL INSTITUDË, 1982. Dictionary of geological terms. Dolphin Efef. books Ed, Newyork p. 188.

  • DAY, P. R., 1965. Particle Fraetionation and Particle. Size Analysis. Methods of Soil Analysis. Part 1. pp. 545-587

  • DSİ, 1975 Aslantaş Barajı ve hidroelektrik santralı DSl Mat. S. 2 Ankara.

  • GÜZEL, N. 1977. Kil minerallerinin X-ışınları difraktometre tekniği ile kalitatif analizleri için örnek hazırlamada uygulanan ön İşlemler gereklimidir. Ç. 0. Ziraat Fak. Yıl. (Baskıda)

  • JACKSON, M. L. 1956. Soil Chemistry-An advanced course. Pub. by the author. Mad., Wisconsin.

  • KAPUR. S. 1975. A pedologieal study of three soils from Southern Turkey. Ph. D. Thesis. University of Aberdeen. Aberdeen

  • KAPUR, S., DİNÇ, U. and ÖZBEK, H. 1976. Mİneralogİoal variations between two Miocene dolomftio Nmesto nes and the owerlying weathered materials forming Terra-rossas in Adana - Southern Turkey. Ç. Ü. Ziraat ak. Yıl. S. 144. Adana.

  • KAPUR, S., QZGÖNGÜ, Y., BERKMAN, A., KARAOĞULLARINOAN, T. ve MERMUT, A. 1978. Aslantaş barajı T-2 çevirme tünellerinin kestiği filişlerin kil mineralojisi ve bunun çökme ile ilişkisi. Jeoloji Müh. Der-., gisî. Sayı : 5, Ankara

  • KÖKSOY, M. ve TOPÇU, S. 1978. Jeokimyasal prospekslsiyonun tanıtım ve laboratuvar metotları. M.T.A. Eğ. Ser. No. 16. S. 32. Ankara.

  • MILLOT, P. 1970. Geology of clays. Masson et Cie. S, 5 StrasbQwrgh.

  • NİKOLİÇ, D., and CVETICANIN, R. 1878. Report on mineraloglcal studies of fisc deposits locality borrow areas I and II in TURKEY. Un. of Belgrade, MiningGeological Faculty. Belgrade, (unpud. report).

  • STiPHEN, I. 1975. Özel görüşme. Aberdeen Oni. Aberdeen.

  • Tmmob
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    ISSUE FULL FİLE
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