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成都地质学院
收稿日期:1980-02-20,
纸质出版日期:1981-06
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Nuclear Geophysic Research Laboratory, Chengdu College of Geology. Applications of radioisotope X ray fluorescence technique in geological exploration[J]. Nuclear Techniques, 1981,04(3):13-18.
核子地球物理研究室. 放射性同位素X射线荧光技术在地质勘探中的应用[J]. 核技术, 1981, 04(3): 13-18.
我们设计的携帯式放射性同位素X射线荧光仪和X射线荧光测井仪具有以下特点:(1)仪器主要采用微功耗COS/MOS集成电路;(2)便于携带和野外使用;(3)仪器性能稳定。这种仪器已在我国铜、铁、铬、钼、铀、锡等许多矿种上得到了应用。
A portable radioisotope X-ray fluorescence analyser and an X-ray fluorescence logger have been designed and manufactured with the following characteristics: (1)Low power consumption due to the adoption of state-of-the- art GOS/MOS circuiting; (2) Small size and light weight
hence portable and applicable in the field; (3) Excellent stability in performance and reliability.
Such analyser and logger have already found effective use in many kinds of ore deposits such as copper
iron
chromium
molybdenum
uranium and tin.
Jerome G Morse , Nuclear methods in mineral exploration and production , Elsevier Scientific Publishing Company , 1977 , P. 1 .
IAEA , Nuclear techniques and mineral resources , 1969 ,P. 293 .
IAEA , Nuclear techniques in geochemistry and geophysics , 1976 , P. 118 .
IAEA , Nuclear techniques and mineral resources , 1977 , P. 185 .
Charles A Ziegler , Application of low energy X and gamma rays , Gordon and Breach Science Publishers ,, 1978 , P. 3 .
В. А. Мейер , Основы ядерная геофизики, Изд, Ленингр. универ ., 1978 , Р. 208 .
П. Е. Лемак , Рентгенорадиометригческий метод опробования месторождений Цевстмых и редкая металлов, Изд . ≪Недра≫ , 1973 .
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