magnetic rocks 中文意思是什麼

magnetic rocks 解釋
磁性巖
  • magnetic : adj. 1. 磁(性)的;(可)磁化的。2. 吸引人心的;有魅力的。3. 催眠術的。
  • rocks : 財務窘迫
  1. In south china which lies in low latitudes, there are large quantities of granites and volcanic rocks, whose magnetic fields are different from those in other areas

    摘要處于低緯度的華南發育了大量的花崗巖和火山巖,其磁場特徵不同於其他地區。
  2. Abstract : based on 1 200000 aeromagnetic survey data performed in 1998, and referred to materials of geolo - gic and geochemical prospecting of the working area, this paper discusses the relationship between the characte - ristics of magnetic field, magmatic rocks, fault structure and the distribution of mineral resources, and investigates the geologic metallogenic environments, and sets up the prospecting criteria for hydrothermal and volcanic - sedimentary copper, lead, zinc, gold, iron, manganese deposits, then makes the prognosis of the prospecting potential of the working area

    文摘:本文以1998年1 20萬航空磁測資料為基礎,參考地質和化探資料,對工作區磁場特徵、巖漿巖、斷裂構造與礦產分佈的關系進行探討,研究地質成礦環境,建立尋找熱液型和火山-沉積型的銅、鉛、鋅、金、鐵、錳礦找礦標志,對本區找礦遠景進行了預測。
  3. Magnetic minerals trapped inside ancient rocks have recorded hundreds of these so - called polarity reversals in the past 500 million years

    在地磁反轉后,指北針的指針會指向南極,而不再是冰凍的北極。
  4. On the basis of analysis and comparison between two drills, one in the center of bohai sea, another near the west shore of bohai sea, ultra - long electromagnetic wave remote sensing can be applied to forecast the interfaces between the different rocks, and help to choose the location of drill and drilling plan. the ultra - long electromagnetic remote sensing also can be applied to general investigation in the prospecting area and organizing the structural map on the basis of the profiles and plane. based on the analysis of the ultra - long electromagnetic wave curves from tanggu to dalian, the geological body to effect the high gravity and magnetic anomalies could be a mafic intrusion. the magma activity provided the heat source to organic maturation in the center of bohai sea, so the center of bohai sea could be the prospection of deep gas in bohai sea

    根據渤海西岸和渤海中部兩口探井的探測和對比實驗分析,利用超長電磁波遙測技術可以根據已知探井的探測對比分析預測新探井的巖性界面,協助井位的選址和設計。另外,利用超長電磁波的探測技術可以從剖面和平面上對遠景區進行普查性探測,編制遠景區的構造圖。根據塘沽-大連探測的超長電磁波頻譜曲線剖面對比分析,證實引起渤海中部重磁異常高的地質體可能是基性超基性巖體。
  5. The synthetic interpretation of the gravity, magnetic, electrical, and seismic is an effective combination method to study the igneous rocks of the yingmaili area

    重磁電震綜合解釋是研究塔北地區火成巖的有效方法組合。
  6. Geophysical characteristics, such as electric and magnetic parameters of strata ( rocks ) in longchuanjiang basin are analysed and discussed in this paper

    摘要本文對龍川江盆地地層(巖石)電、磁性參數等地球物理特徵進行了分析與研究。
  7. By dating the rocks and noting their crystalline structure, paleomagnetists can tell which direction the magnetic field took at any given time

    通過測定巖石的年代和標示它們的水晶的結構,古磁學家能說出任何指定年代的磁場方向。
  8. No seismic reflection wave imaging technology, as well as the crustal rocks and the ocean ridges residual magnetic field sensors return reverse, there is no better explanation, can only use " earth ' s magnetic field reversal " to explain this phenomenon in order to cover up the phenomenon nature of the problem

    也沒有地震反射波的成像技術,以至對地殼巖石和大洋洋脊的感應剩磁場來回反向問題,沒有更好的解釋方法,只能用「地球磁場逆轉」來解釋此現象,以現象掩蓋了本質問題。
  9. Paleomagnetists, who study the effect of the magnetic field in the geologic record, discovered this phenomenon while studying the crystalline structure of rocks

    古磁學家在地質的記錄方面研究磁場作用,在研究巖石的水晶的結構時發現了這一現象。
  10. We know from magnetic records locked in rocks that the earth ' s magnetic field has reversed many times in the past

    我們從鎖定在巖石中的磁記錄中知道,地球磁場在過去倒轉了很多次。
  11. Through paleomagnetism, ( the study of the magnetic properties of rocks ), scientists now have solid proof that the earth ' s magnetic field, and thus the geomagnetic north and south poles, have reversed itself namy times in the past

    通過古磁學(巖石磁特性研究) ,科學家現在擁有地球磁場一致證據,因而地磁北極和南極,在過去已經翻轉多次。
  12. This reversal process can be seen in the pale magnetic record, locked into rocks of the ocean floor and in some lava flows

    這個倒轉過程能在古地磁記錄中看到,這些記錄被鎖定在海底的巖石里和一些熔巖流中。
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